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    Hello, welcome to Shanghai Quanzhong Instrument Equipment Co., Ltd.!
    400-0355-838
    Spectrum Analyzer Carbon and Sulfur Analyzer Metallographic Analyzer Carbon Silicon Thermal Analyzer Iron Water Thermometer Consumables Accessories Laboratory Package generation test laboratory service
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    Overview of the intelligent carbon-silicon thermal analysis instrument is an industrial-controlled model, combined with the thermocouple temperature sensor, the molten iron cooling curve, through the thermodynamic principle to calculate the composition and performance parameters of molten iron, intelligent online heat Analytical instrumentation, widely used in hot metal casting and other industries, has the characteristics of accurate measurement, fast response and full function. The main functions of CE, C, Si content measurement can measure the active CE, C, Si content of 10 target materials, and calculate the iron grade (HT). Active CE carbon equivalent measurement range: 2.20 - 4.80%; active C content measurement range: 2.00 - 4.20%; active Si content measurement range: 0.20-4.50%; active CE, C%, Si%  The correction value can be set in (-0.99 - +0.99). The iron liquid adjustment calculation calculates the amount of the recarburizer, ferrosilicon or scrap added to the target component based on the target component range, the weight of the molten iron, the yield of carbon increase, the yield of silicon increase, and the measurement result. The spheroidization rate measurement can be carried out by measuring the eutecticity and supercooling degree of the molten iron, and calculating the spheroidization rate of the spheroidized iron liquid under the premise that the active Mg content is sufficient. Iron Liquid Composition Management     Set the carbon equivalent, carbon content, and silicon content range according to the product grade. The instrument will display the content in different colors. If it is unqualified, it will be displayed in red, and the color will be displayed in green. Users can modify the content range by themselves.

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    Handheld portable hot metal thermometer  First, use: PR-W330A smelting thermometer is specially developed for the rapid measurement of molten metal temperature in the smelting process of smelting, casting and other industries. High-precision special instrument. 2. Features: It adopts integrated hand-held and portable design. It adopts shock-resistant and high-brightness LED digital tube display and full metal casing design according to the characteristics of harsh working environment and high temperature in melting and temperature measurement, so it is more durable. The instrument takes high-performance single-chip microcomputer as the core, adopts high-precision measurement sensor components, and adopts various intelligent processing technologies to ensure long-term stable operation of the instrument. Improve the anti-interference ability of the instrument. The meter is matched with a suitable thermocouple for precise and rapid temperature measurement in a variety of melting applications. Third, the instrument has: 1. The temperature value is automatically maintained when the temperature is measured, the range: 0-2000 °C; 2. The light, the beep sound prompts the end of the temperature measurement (lifting the temperature gun); 3. Breaking the couple, Over-range, power supply undervoltage and other alarm functions; 4. Power supply uses nickel-metal hydride rechargeable battery (generally can measure temperature thousands of times after one charge); 5. Turn on the power, when there is no signal input for 2 minutes, automatically disconnect the power function ; 6. Optional large screen display.

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    ● New standardized module design, high integrated circuit, independent power supply, overall seaming, easy and fast instrument debugging, easy to increase channels. ●The components are of good quality and the core components are all customized according to the design requirements. ● Advanced technology, performance **, software features complete and flexible. ● DF-100 direct reading spectrometer is mainly used for the analysis of single matrix or two matrix materials. ●The light chamber adopts anti-return oil vacuum technology to avoid the pollution caused by oil vapor to the optical system. It is the world"s spectrometer field technology. ●The automatic high pressure system is the world"s advanced level. ●Automatic tracing is **** level, and domestic instruments of the same type are blank. ●The instrument is equipped with a constant temperature system and has a self-protection function to avoid the influence of ambient temperature changes on the optical system. ● Working environment: temperature range is 10 ° C - 30 ° C; relative humidity ≤ 80%. ● Appearance size and weight: length 1420mm, width 920mm, height 1300mm; weight is about 400kg 

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    Product introduction  In the field of quality control, material classification, alloy identification, safety precaution, accident investigation, etc., identification, metal component rapid analysis, experiment Room analysis is a challenge. Now, all this has changed radically, and Thermo Fisher Niton is triggering a revolution in the field of elemental analysis: fast and accurate analysis results, costly analysis of expensive analysis, rapid development of major decisions, It is easy to achieve in the moment of triggering the Nitron XRF analyzer trigger. ThermoFisher Scientific, formerly known as the American Thermoelectric Group, is a brand of Niton. As a leader in the manufacturing of handheld X-ray fluorescence (XRF) analytical instruments. Niton products were awarded the American Technology R\u0026amp;D100 Award three times in 1995, 2003 and 2008. It has been used by the industry as a material analysis standard for industrial field alloys, minerals, soil, archaeology, RoHS, and consumer products.  Technical advantages ◆ High performance and high precision, close to the laboratory level of analysis, visual display of the number of elements and elements (some elements can be displayed to three decimal places) and ppm content   ◆ GOLDD Technology Thermo Fisher Scientific"s GOLDD technology brings the performance of the handheld XRF alloy analyzer to the true laboratory level. GOLDD technology combines high-performance large-area SDD detectors with geometric optimization design ideas. Compared with traditional technology instruments, the analysis speed is increased by about 10 times, the analysis accuracy is improved by about 3 times, and the sensitivity is high. With detection accuracy, it has the ability to analyze light elements (Mg, Al, Si, P, S) without helium or non-vacuum.  ◆ Fast, easy to operate  “Startup-Aiming Test-View Results”, the entire analysis process can be completed in just a few seconds, and the identification is only 1~2 seconds, and the operation is simple, even if it is not technical. It is also easy to grasp. ◆Special construction  It is made of tough LEXAN. plastic sealed casing, light weight and durable; sealed and integrated design, dustproof, waterproof, anti-corrosion, safe to use in a variety of conditions  ; ◆Strong anti-virus ability  Built-in integrated dedicated operating system, no need for external PDA, fast computing, virus immune function  ◆ Non-destructive testing  Unlike destructive testing methods, samples are in the whole testing process No damage in any case ◆ Optimized application  High-performance X-ray detector option, providing professional and targeted solutions for alloy analysis applications of different users ◆Advanced NDT software  Advanced Niton Proprietary data management software allows you to easily set user login passwords, generate custom reports, and play Personalized analysis certificate with company LOGO, remote control of the instrument; user can edit the library, add the number; automatic calibration, diagnose instrument failure; software upgrade through the Internet  Communication function  Bluetooth and USB multiple instrument connection methods, communication method is very flexible. Data uploading and downloading, editing and outputting PMI report is very convenient ◆ Awarded   Niton products have won the R\u0026amp;D Award for “Nobel Prize in Product Development” for three times; reddot design Red Dot Design Award in 2006; 2005 Awarded the Industrial Design Excellence Award in the past year; Technical Data Application Fields Alloy Material Identification (PMI) It is important to avoid the use of unqualified or inconsistent alloys. More than half of the many serious industrial accidents that occurred in the past were caused by damage to the alloy material mixture and piping system. Therefore, it is more important than ever to monitor the changes in the alloy material of the production equipment during the production process to ensure safe production. There is a safety hazard in the sampling inspection. It is a guarantee for safe production to replace the sampling inspection with 100% full inspection for all the key materials involved. This seems to be a challenge, but advances in analytical technology have made this extremely simple. Today, the Thermo Scientific XRF analyzer has become the industry leader in alloy material identification (PMI), which analyzes fast, reliable, and weighty. Lightweight, rugged and adaptable to a wide range of environmental and weather conditions. With the Thermo Fisher Scientific XRF Analyzer, service personnel can complete the identification of alloy materials for several miles of duct systems and production equipment in a short period of time. From metal filaments to solder joints, valves, or process pressure vessels, regardless of shape, Thermo Fisher Scientific Analyzers can perform large-scale sample analysis in a very short time, accurate and non-destructive. . In addition, the Thermoscientific Niton handheld XRF analyzer is also suitable for the identification of alloy materials in the petrochemical, power, pressure vessel, metallurgy, machinery manufacturing, aerospace and other industries.   Quality Control in Mechanical Manufacturing (QA/QC) For the metal manufacturing industry, quality control and quality assurance are equally important. Material testing is the key to ensuring the use of qualified materials in metal products. If you use unqualified metal alloys, it will cause catastrophic accidents, bring great economic losses to the company, damage the reputation of the company, and even lead to casualties. Before the quality management system and the Six Sigma side attracted everyone"s attention to optimizing quality control, many quality control departments relied on unqualified, inconsistent quality inspection methods, or material inspection reports based solely on alloy compositions. Now, with Thermo Fisher Scientific, an analyzer that has made great strides in handheld XRF technology, quality control and inspection personnel can accurately detect thousands of metal alloy samples every day under non-destructive conditions. In fact, even a primary inspector can confidently measure a large number of samples with complete and accurate results.         Thermo scientific The Niton XRF analyzer typically has a test time of 1 to 2 seconds. If you extend the test time for a few more seconds, you can get an accurate experiment. Room level test results. There is no need to prepare samples, from metal filaments to finished solder joints, screws, and metal plates – all of which can be accurately detected by the Thermo Fisher Scientific XRF Analyzer.   Metals Recycling In recent years, the metal scrap recycling industry has developed extremely rapidly. Faced with a variety of alloy types and uneven material quality, advanced detection methods must be used to conduct fast and accurate analysis and testing on site. In order to adapt to changing market conditions, it is in an invincible position in the fierce competition in the industry. Now, with the advanced Thermo scientific Niton XRF alloy analyzer, a large amount of metal scrap can be inspected and quickly classified. In just a short time, you can get the number and composition. It provides the necessary information for both the purchase and sale parties to make quick and reliable judgments at the time of the transaction. Archaeological/Archieology With the continuous development and innovation of technology, the identification of ancient art and the acquisition of quantitative data from art has become one of the research methods of archaeology and museums. Whether in surveying, excavating on-site mapping, or in the protection of cultural relics or the identification of origin, chemical element data analysis has become a common method. Real-time access to quantitative basic data in the field is important for archaeologists and heritage conservationists. As a leader in handheld X-ray fluorescence analyzers for a long time, the Thermo scientific NitonXRF analyzers provide an on-site non-destructive testing solution for archaeological and heritage workers, whether in the field, in the laboratory, or in museums. This is due to the fact that the Thermo scientific Niton XRF analyzer can select different analysis modes for on-site analysis of various types of environments, such as selecting the alloy analysis mode to analyze the metal elements in the bronzes; selecting the soil or mineral analysis mode for direct analysis Valuable analysis results can be obtained by metal components in ceramics, murals, and environmental surveys of archaeological sites, or by bagging samples after collection.   Metal Coating Thickness Analysis (MetalCoating) Electroplating is a process in which a thin layer of other metal or alloy is plated on a metal surface, which is a process of attaching a metal film to the surface of a metal or other material by electrolysis. Prevent metal oxidation (such as rust), improve wear resistance, electrical conductivity, light reflectivity, corrosion resistance (copper sulfate, etc.) and enhance aesthetics. The hand-held alloy analyzer can quickly provide single or multi-layer thickness analysis for various metal coatings, quantitative analysis of alloy composition, and optimization of metal ion content analysis controlled by electroplating solution. Applications include automotive manufacturing, paint and powder coating manufacturing, electroplating plants and PCB copper tube thickness measurement.

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    Functions and Features PR-HCS100 was developed to accurately determine the carbon and sulfur content of steel. It uses our unique arc furnace system to pass pure oxygen combustion samples. Equipped with up to 2 high-sensitivity infrared detection cells to measure carbon and sulfur content. HCS100 can simultaneously analyze carbon and sulfur in low carbon steel, carbon steel, alloy steel, stainless steel, raw cast iron and other metal materials in steel, fast, reliable and accurate. The HCS100 provides easier and more user-friendly operating software, including: statistics, grouping, reporting, diagnostic tools, and more for elemental analysis.  Application examples: low carbon steel, plain carbon steel, alloy steel, stainless steel, raw cast iron, petroleum catalyst Benefits ■ Simultaneous analysis of carbon and sulfur in a small number of samples ■ Professional analysis for steel ■ Simultaneously fast and accurate, failure rate Low, low cost of analysis, affordable, cost-effective ■ Unique arc ignition system, simple structure, high instantaneous power (2.2KW), complete combustion sample ■ Innovative dual filtration dust removal system and special moisture absorption design to ensure higher Measurement accuracy and stability ■ Overall anti-jamming design to eliminate instantaneous arcing interference ■ New analysis software with analysis and simple diagnostic function (support data export Excel, edit print report) ■ Single point, multi-point calibration ■ Solid construction, can be used Laboratory testing and production control Performance index analysis Element carbon and sulfur analysis range Carbon: 0.005%-6.0000% Sulfur: 0.0005%-0.3500% Sample debris structure combustion furnace and infrared analysis box integrated, shortening gas connection, improving Airflow stability sample copper enamel application field carbon steel, alloy steel, stainless steel, raw cast iron, petroleum catalyst infrared detection Pool number 1-2 typical analysis time 40 seconds (conventional) carrier gas pure oxygen (≥99.5%) instantaneous power AC 220V, 50HZ, max 10A required equipment computer, display, balance (accuracy ≥ 1mg) additive tin, silicon molybdenum powder , pure iron     Principle of action   HCS100 operation HCS100 operation is simple and safe, the sample is weighed, the weight is transferred to the computer (can also be manually entered). Then add a cosolvent (such as tin, silicon molybdenum powder, iron), then pour the sample into the copper crucible, put it into the furnace and test it to open. The detection time is usually 40 seconds. During the detection process, the detection signal and instrument parameters will be displayed in real time, and the display of carbon and sulfur curves and analysis results will be completed automatically. After the analysis is completed, the waste in the copper mat is knocked out and ready for the next analysis. The operator can choose to print the report or export the data.  HCS100 Principle In an electric arc furnace, the sample is melted in a pure oxygen atmosphere, converting sulfur into sulfur dioxide and carbon into carbon dioxide. After purification by the dedusting system and water removal absorbent, the analytical gas enters the sulfur detection tank to detect sulfur (infrared specific wavelength absorption), and then enters the carbon detection cell to detect carbon (infrared specific wavelength absorption).  

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     Description   S9 is a high-end optoelectronic direct reading spectrometer that meets the individual needs of users. It provides one-to-one configuration for high-end customers" special configuration requirements. Can provide pure PMT or PMT + CCD or pure CCD configuration, users can specify which elements to use according to their needs to analyze the application field of the product   stainless steel, carbon steel, medium and low alloy steel, cast iron, tool steel High-precision inspection of high-manganese steel   Detection of special cast iron, such as high-phosphorus cast iron, nickel-hard cast iron, high-nickel cast iron, etc.   Stainless steel, carbon steel, medium and low alloy steel, cast iron Low-N detection   High-precision detection of copper, brass, bronze, and white copper above 99.99% purity   Detection of extremely low O in oxygen-free copper and aerobic copper    High-precision analysis of electrolytic aluminum, cast aluminum, die-cast aluminum alloy, and aluminum profiles with a purity of 99.99% or more   High precision testing of Ni, Zn, Mg, Co, Ti, Sn, Pb alloys  ;  high precision of small samples, special size samples and wires The main advantages of the degree detection product   Quick: You can get multiple sets of data in a short time   Dynamic data range: from ppm to %   Applicability: Any metal, multiple shapes can be Analysis   Economy: Low operating and maintenance costs   Non-metallic elements such as O and N can also exhibit excellent performance. Product specifications   Optical system  Paschen-隴格 spectroscope structure   Line range: 120nm-900nm  High-brightness holographic gratings, according to different analysis requirements, are equipped with different grating engraving lines, respectively, 1200, 2400, 2700, 3600 per mm  vacuum system  To achieve better UV detection of elements, such as N, O, P, B, users can choose turbo molecular pump as a second-class true air pump, tandem effect, both reduce noise and ensure traces Volume analysis. ---Spark source: FM spark source Semiconductor controlled discharge excitation High energy single pulse spark from 50 Hz to 1000 Hz  Chip resistance controlled spark, discharge is more stable, light source brightness is more stable---Software:   MET32 software, Windows operating system operation, easy to operate user  Users can complete all test work of direct reading spectrometer through operating software  Main function examples: automatic standardization; data printing and custom report format; brand identification, etc.--- Power: 110/220VAC 16A 1KW---Size:  Height 1200mm, length 1300mm, width 600mm---weight: 250kg 

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    Product Details InnovateT5 full-spectrum direct reading spectrometer adopts international standard design and manufacturing process technology, and uses CMOS signal acquisition components from Hamamatsu Corporation of Japan. Each CMOS is used. The number of sparks can be set separately, synchronized with the state-of-the-art technology of the international spectrometer, using a vacuum light chamber design and an all-digital excitation source. This CMOS spectrometer includes both the full spectrum characteristics of the CCD spectrometer and the extremely low detection limit of the PMT spectrometer for non-metallic elements. The design of the whole machine is reasonable, the operation is simple and easy to learn, the data is accurate, and the long-term stability is good. Casting, metallurgy, mechanical processing, firefighting, aerospace, metal processing, metal material quality identification, new material development, full spectrum line graph, CCD+CMOS full spectrum analysis technology, rich spectral line information, more sensitive lines, Ensure the accuracy of the analysis; based on the data of the full spectrum measurement, it can correctly distinguish the background and spectral lines, and effectively improve the measurement accuracy; intelligently select the most suitable sensitive line, and realize the detection of low, medium and high content sections through multi-spectral line combination technology. Demand; Multi-peak fitting technique based on full-spectrum measurement data, effectively eliminating spectral line interference and achieving accurate measurement. Cycle; Automatically complete instrument calibration, making operation easier. CMOS has higher sensitivity and response speed than CCD; CMOS has better linearity than CCD; CMOS has extremely high UV sensitivity compared to CCD in deep ultraviolet region such as carbon, phosphorus, sulfur, The detection of short-wave elements such as boron, arsenic and nitrogen is more accurate. Full-spectrum receiving technology; humanized one-button excitation, one-button emergency stop; integrated optical chamber optical system design; programmable pulsed full digital light source technology; can analyze Fe, Al, Cu, Zn, Ni, Ti, Various substrates such as Mg and Co; the wavelength range of 140-680 nm can meet the analysis requirements of more elements.

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    Product introduction is easy to operate, complete accessories, widely used in teaching and research metallographic analysis, semiconductor silicon wafer inspection, address mineral analysis, precision engineering measurement and other fields. High-precision coarse and fine-motion focusing mechanism adopts the bottom hand coarse adjustment micro-coaxial focusing mechanism, the left and right sides can be adjusted, the fine adjustment precision is high, the manual adjustment is simple and convenient, and the user can easily obtain clear and comfortable images. The coarse adjustment stroke is 38mm and the fine adjustment precision is 0.002. The large-size mechanical mobile platform adopts a large-sized platform of 180×155mm, and the right-hand position is set, which is in line with the conventional crowd operation habits. During the operation of the user, it is convenient to switch the operation of the focusing mechanism and the platform to provide a more efficient working environment for the user. The Eccentric Corolla lighting system uses a large 180 × 155mm platform, set in the right hand position, in line with the normal crowd operating habits. During the operation of the user, it is convenient to switch the operation of the focusing mechanism and the platform to provide a more efficient working environment for the user. Technical specifications Optical system finite far chromatic aberration optical system observation cylinder 45° tilt, trinocular observation cylinder, 瞳 distance adjustment range: 54-75mm, split ratio: 80:20 eyepiece high eye point large field of view flat field eyepiece PL10X/18mm, With micrometer high eye point large field of view eyepiece WF15X/13mm, with micrometer high eye point large field of view eyepiece WF20X/10mm, with micrometer objective long working distance flat field achromatic metallurgical objective lens (5X, 10X, 20X, 50X, 100X) locator in the four-hole converter positioning five-hole converter focusing mechanism low-handed coarse-tuning coaxial focusing mechanism, coarse movement per revolution 38 mm; fine-tuning accuracy 0.02mm stage three Layer mechanical moving platform, area 180mmX155mm, right hand low hand position control, stroke: 75mm × 40mm epi-illumination system, projecting Koala lighting system, with variable aperture diaphragm and central adjustable field diaphragm, adaptive wide voltage 100V- 240V, single 5W warm color LED light, continuous intensity adjustable epi-Cola illumination system with variable aperture diaphragm and central adjustable field diaphragm, adaptive wide voltage 100V-240V, 6V30W halogen light, light intensity Continuously adjustable photographic camera 0.5X/1X camera adapter, C-type interface, Adjustable focus other polarizer inserts, fixed analyzer inserts, 360° rotary analyzer inserts; filter sets; high precision micrometers

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    Delta Alloy Analyzer/Application for on-site analysis to quickly and accurately identify alloying elements and combinations. Technical specifications Project specifications Dimensions and weight Dimensions: 245*250*88mm; Weight \u0026lt;1.5KG Environmental requirements Ambient humidity 0~95%; Ambient temperature -20°C ~50°C Excitation source High power High performance Mini Straight Electronics X Ray tube detector super large SDD detector cooling system Peltier constant temperature cooling system, can work at -35 ° C high performance filter multiple filters can automatically switch voltage 15kV ~ 40kV multi-stage selectable voltage battery 2 lithium batteries, with heat Plug-and-pull function, battery replacement is no need to shut down the display integrated industrial design, sturdy, dustproof, waterproof high-resolution Blanview transmission backlight color touch screen PC software support PC software remote operation instrument processor with floating-point operation CPU USB bus, Bluetooth, accelerator, digital pulse processor intelligent system accelerometer; barometer, atmospheric pressure correction data storage SD card mass storage when detecting light elements, can store more than 200,000 data data transmission USB, Bluetooth (supports Microsoft Universal Online Program Driver) operating system customization Windows CE 6.0 system alloy material identification (PMI) in metal smelting, machinery In the production process of manufacturing, pressure vessel, electric power station, petrochemical, bio-pharmaceutical, aerospace, cement and fertilizer industries, PMI is an indispensable part of safety management. Mixing materials or using unqualified materials can cause serious safety accidents. . The Innov-X portable XRF alloy analyzer is designed to ensure that the alloy parts used in production and installation are exactly the same as the design requirements. Recycling and recycling of scrap metal for metal scrap recycling requires the use of the Innov-X portable XRF alloy analyzer for on-site analysis of a wide variety of alloy types and material qualities. Make quick and reliable judgments for both buyers and sellers in the trading of raw materials and provide the necessary information. Quality Assurance and Quality Control (QA/QC) In the metal manufacturing industry, quality assurance and quality control (QA/QC) of materials, semi-finished products, and finished products are essential. Mixing or using unqualified materials must bring to the company. loss. Innov-X portable XRF alloy analyzers are used in a wide range of manufacturing industries, from small metal materials processing plants to large aircraft manufacturers. It has become a ** instrument for material confirmation, semi-finished product inspection and finished product re-inspection in the quality system. Delta alloy analyzer / mode, element 3 beam Alloy Plus: Mg magnesium, Al aluminum, Si silicon, P phosphorus, S sulfur, Ti titanium, V vanadium, Cr chromium, Mn manganese, Fe iron, Co cobalt, Ni nickel, Cu Copper, Zn, W, W, Hf, Ta, Re, Pb, Bi, Zr, Nb, Mo, Ag, Sn, Sb, Pd, Cd, Precious Metal:plus Ir銥, Pt Platinum, Au Gold, Rh銠Delta Alloy Analyzer/Measurement Matrix DELTA can generate chemical composition information of the alloy within a few seconds. These metals and alloys include but are not limited to the following items: aluminum alloy Alloy Forged aluminum alloy Abnormal alloy magnesium alloy Titanium alloy Copper alloy Stainless steel tool steel Cobalt alloy Precious metal Zirconium alloy chrome molybdenum steel Nickel/cobalt alloy Zinc alloy There are more than 500 standard ** numbers in the ** standard library. Users can define up to hundreds of different types of non-labels that meet special requirements. Delta Alloy Analyzer/Features DELTA"s SmartSort intelligent solution automatically makes all decisions to determine whether a grade ID is correct or if it takes longer to detect, both to increase the throughput and ensure accuracy. **productive forces. SmartSort Smart Screening 1 can be used to automatically extend the detection time setting for certain grades to avoid confusion. 2. Limit the detection efficiency in the process of rapid detection. Time-delay detection of light elements (magnesium, aluminum, silicon, phosphorus, sulfur) is automatically performed when necessary, thus avoiding unnecessary long-term detection of other elements and preventing confusion. 3. Make DELTA an analytical tool with extremely fast detection speed and accurate results. The brand matching information 1 can add qualitative information and other information to the brand ID library. 2. Users can completely customize the coding information dedicated to the refining industry. 3. Multiple information bases can be reserved for each workstation separately. **Aluminum analysis 1. The analytical performance of aluminum provided by DELTA alloy analyzer. It is easy and straightforward to sort and grade aluminum and aluminum-containing materials. 2. It can accurately measure the content of magnesium in 5000 series aluminum alloy materials, and can distinguish magnesium alloys. The following materials can be sorted: 3003 and 3004, 1100 and 6063, 2014 and 2024. 3. The content of aluminum in titanium alloys and those of pure titanium metal divided by aluminum tools can be accurately determined. 4. Accurate classification of aluminum bronze and silicon bronze. 5, can measure the high temperature of the nickel / cobalt super alloy aluminum content high temperature operation 1, DELTA can be used for on-line detection of high temperature systems, system temperature can be as high as 480 ° C. 2. Efficient heat sink can effectively dissipate the heat of the electronic components of the instrument even in high temperature environment, and quickly cool to meet the high temperature industrial environment testing requirements. 3, efficient heat dissipation allows the instrument to be used for a long time in high temperature environment. 4. Helps to enhance the reliability of the main electronic components of the XRF analyzer. Enhanced XRF analyzer electronics designed for high temperature environments make test results more reliable. The Weld Level Library activates the Weld Level Library and opens the Weld Test function, giving the analyst a complete and complete understanding of the composition of the material. The Innov-X XRF Analyzer supports user-defined weld levels. The Innov-X XRF Analyzer has a built-in standard weld level library that is commonly used by customers. The impurity element library and the impurity element library have long been standard functions in the OES system. DELTA is the first handheld XRF spectrum alloy analyzer with this function. 2. Using this library of impurity elements, the operator can set an allowable ** content for individual elements of 7 individual grades. These elements are referred to as "impurity elements" or "residual elements." 3. The DELTA analyzer is preloaded with a library of impurity elements based on industry standards. 4. The analyzer can identify materials with impurity elements and provide relevant reports. This eliminates the need to measure the small amount of impurity elements that are considered to be present and then judges the corresponding grades, thereby simplifying the matching of the grades. 5. Detect and measure impurity elements that play a key role in selective corrosion investigations and failed analytical results. Mode: Alloy Plus Standard SDD detector with a detection area of 25 square mm Coffin Ag or Au, 4W X-ray tube Can test Mg, Al, Si, P, S...

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    Functions and Features The PR-HCS200 is specially developed for the accurate determination of carbon and sulfur content. It uses a high frequency induction furnace to pass a sample of pure oxygen combustion and is equipped with up to 4 high sensitivity. Infrared detection cell to determine carbon and sulfur content. The measurement range can be adjusted according to the specific requirements of the user. HCS200 can simultaneously analyze different contents of carbon and sulfur in inorganic materials such as steel, cast iron, ore, copper, cement, ceramics, glass, various non-ferrous metals and high-temperature alloys, which is fast, reliable and accurate. The HCS200 provides easier and more user-friendly operating software, including: statistics, grouping, reporting, diagnostic tools, and more for elemental analysis.  Application examples Steel, cast iron, alloys, non-ferrous metals, glass, cement, ore, carbide, ceramics, catalysts, coke···· Advantages ■ Simultaneous analysis of carbon and sulfur in small samples ■ Professional analysis for inorganic samples ■ One-piece design, beautiful appearance, accurate and fast analysis ■ The whole machine is equipped with pneumatic components imported from Europe and America, military-grade electronic tubes and aviation power supply to ensure stable and reliable machine ■ Induction furnace power is large (2.2KW), up to 2000°C ■ New design The high-frequency induction furnace power can be arbitrarily configured, and the measurement is more accurate for low-melting samples. ■ Unique dust filter (0.4 micron ultra-micro) and automatic cleaning device to ensure higher measurement accuracy and stability ■ Unique furnace The head constant temperature heating device improves the detection accuracy of sulfur ■ The overall anti-interference design eliminates the interference of high-frequency induction space ■ New analysis software with analysis and simple diagnosis function (supports data export Excel, edit print report) ■ Single point, multi-point Calibration ■ Robust construction for laboratory testing and production control Performance indicator analysis elements Sulfur analysis range Carbon: 0.0001%-60.0000% sulfur: 0.0001%-10.0000% sample debris structure high frequency induction furnace and infrared analysis box integration, integrated sample ceramics application field steel/metallurgy, machinery/metal, geology/ Mineral, glass/ceramic, engineering/electronic infrared detection tank number 1-4 typical analysis time 40 seconds (conventional) carrier gas pure oxygen (≥99.5%) power AC 220V, 50HZ, max 16A, 3500W required equipment computer, display, Balance (accuracy 0.1mg) additive tungsten, pure iron   action principle     HCS200 operation HCS200 operation is simple and safe, the sample is weighed together with the ceramic crucible, the weight is transferred to the computer (can also be manually input ). Then add a cosolvent (such as tungsten, iron), then put the crucible on the bracket, the test can be turned on. The detection time is usually 40 seconds. During the detection process, the detection signal and instrument parameters will be displayed in real time, and the display of carbon and sulfur curves and analysis results will be completed automatically. The operator can choose to print the report or export the data.  HCS200 principle In the high-frequency induction furnace, the sample is melted in a pure oxygen atmosphere, which converts sulfur into sulfur dioxide and carbon into carbon dioxide. After purification by the dedusting system and the water removal absorbent, the analytical gas enters the sulfur detection tank to detect sulfur (infrared specific wavelength absorption), and then enters the carbon detection cell to detect carbon (infrared specific wavelength absorption). The HCS200 infrared carbon and sulfur analyzer can be configured with up to 4 infrared detection cells.  

    • Vanta Handheld Spectrometer
      Vanta Handheld Spectrometer

       The Vanta handheld XRF analyzer is extremely rugged and can perform extremely demanding applications in the most demanding environments. The Vanta analyzer is IP 65* rated, dust and water resistant, and has been tested for fall protection and can operate normally from -10 °C to 50 °C.  VANTA analyzer for fast and accurate elemental analysis. Each device is equipped with Olympus" newly developed Axon technology, an innovation in XRF signal processing that delivers accurate, repeatable results for higher productivity. And get **** quickly. The Vanta analyzer"s user interface is simple and intuitive, and its software has categorized different specific applications, so new users can operate the device with minimal training. Users can easily export data via Wi-Fi, Bluetooth or USB. Vanta Series Each Vanta analyzer has a rugged body structure and superior analytical performance regardless of model. Olympus" Vanta analyzers can perform a variety of analytical applications to meet the needs of different users to complete their specific applications.  M Series  Our most powerful Vanta analyzers have exceptional performance for the most demanding applications. Each M Series analyzer is equipped with a large area silicon drift detector that allows the user to select a rhodium (Rh) anode target or a tungsten (W) anode target 50 kV X-ray tube. The C Series C Series Vanta Analyzers combine the following high-quality features: ultra-high speed, very low detection limit (LOD) and a wide range of measurable elements, making it a ** value analyzer. Each C Series analyzer is equipped with a silicon drift detector that allows the user to select a 40 kV X-ray tube with a tantalum or tungsten anode target, or a 50 kV X-ray tube with a silver (Ag) anode target. VANTA"s technical specifications   appearance size (width ×   high ×   thick) 8.3 cm × 28.9 cm × 24.2 cm weight with 1.70 kg battery; 1.48 kg without battery. Excitation source 4 watt X-ray tubes, which are optimized for different applications, include rhodium (Rh), silver (Ag) and tungsten (W). M series (Rh and W) and C series (Ag): 8 ~ 50 kVC series (Rh and W): 8 ~ 40 kV main beam filtering Each mode has 8 positions of automatic selection filtering for each beam Device. Detector M Series: Large Area Silicon Drift Detector C Series: Silicon Drift Detector Power Supply Removable 14.4 V Lithium Ion Battery or 18 V Power Transformer, 100 ~ 240 VAC, 50 ~ 60 Hz, ** The 70 W displays an 800 × 480 (WVGA) liquid crystal capacitive touch screen that can be controlled with your fingers. Operating ambient temperature: –10 °C ~ 50 °C (continuous operation with optional fan). Humidity: Relative humidity is 10 % ~90 %, no condensation. The fall protection test passed the 1.22 m high fall protection test of the US Army Standard 810-G. IP Rating M Series meets IP 64 rating requirements: Dust-proof and prevents water splashing from all directions. The C Series meets the IP 65 rating requirements: It is dust-proof and prevents water spray from all directions. Pressure Correction Built-in barometer for automatic correction of altitude and air density. GPS embedded GPS / GLONASS receiver operating system Linux data storage 4 GB embedded storage, with microSD card slot, expandable storage capacity. USB Two USB 2.0 Type A main ports for accessories such as Wi-Fi, Bluetooth and USB flash drive. A USB 2.0 Pocket B port for connecting to a computer. WiFi supports 802.11 b/ via an optional USB adapterg/n (2.4 GHz). Bluetooth supports Bluetooth and Bluetooth low energy through an optional USB adapter. Aiming camera full VGA CMOS camera panoramic camera 5 megapixel CMOS camera with autofocus lens.

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    • XL5 Handheld Alloy Analyzer
      XL5 Handheld Alloy Analyzer

      Product Description      The inspection of alloy compositions and grades is extremely important for recycling stations, metal processing plants and metal quality management. Inspectors typically quickly and accurately determine the grades and grades of various types of metal materials in challenging work environments.       The XL5 Handheld Alloy Analyzer combines handheld X-ray fluorescence technology with modern industrial testing needs.       Thermo Fisher Scientific, formerly known as the American Thermoelectric Group, Niton is its brand. As a leader in the manufacturing of handheld X-ray fluorescence (XRF) analytical instruments. Niton"s newly released XL5 alloy analyzer incorporates a user-friendly design with a compact, fast, precise and stable design. Technical advantages ◆ Quick analysis, realize the second test “start-up-targeting test--view the result”, the whole analysis process can be completed in only a few seconds, and the identification is only 1~2 seconds, which is easy to operate, even for non-technical personnel. It can also be easily mastered. ◆ High analytical precision, the test results are comparable to desktop computer analysis accuracy, and the test results are comparable to benchtop spectrometer test results. ◆ The test diameter is small, and the small sample can be tested with a diameter of 0.5 mm to test small samples. ◆ Non-destructive testing differs from destructive testing methods in that the sample is not damaged during the entire test. ◆Humanized design Compact geometry, ergonomics, enabling operators to detect metal materials in tighter spaces, greatly expanding field use; analyzers that improve processing performance for fast analysis and high test accuracy . ◆ Dual camera design micro and macro camera can achieve accurate positioning of the analyzer on the sample while acquiring the entire sample image, improving record retention. ◆Hot-plug function The unique battery hot-swap function allows battery replacement operation without shutting down, reduces instrument operation, and reduces the cooling and initialization correction time of the instrument on/off. ◆High-efficiency micro-light tube Thermo Fishering 5W micro X-ray tube technology, 20% higher than the conventional micro-light tube to improve efficiency. Take the performance of the handheld XRF alloy analyzer to a new level. Intelligent dynamic tube flow selection, selecting good measurement conditions for each application. ◆ ** Data Management WiFi, Bluetooth wireless and USB communication capabilities improve data management, allowing you to set user permissions, print analysis certificates containing test results, or operate analyzers from your PC. ◆ Optimize the application of high-performance X-ray detector options to provide professional, targeted solutions for alloy analysis applications from different users. ◆ NitonConnect PC software NitonConnect PC software takes into account the original data transmission and device control functions, and also allows you to register and open the device, software update and management, remote diagnosis and maintenance, remote calibration. ◆ Awarded the technical performance of Niton products**, has won the R\u0026amp;D 100 award for the “Nobel Prize in Product Development” for three times; the reddotdesign Red Dot Design Award in 2006; and the Industrial Design Excellence Award in 2005. Application of technical parameters  Alloy Material Identification (PMI) It is important to avoid the use of unqualified or inconsistent alloys. More than half of the many serious industrial accidents that occurred in the past were caused by damage to the alloy material mixture and piping system. Therefore, it is more important than ever to monitor the changes in the alloy material of the production equipment during the production process to ensure safe production. There is a safety hazard in the sampling inspection. It is a guarantee for safe production to replace the sampling inspection with 100% full inspection for all the key materials involved. This seems to be a challenge, but advances in analytical technology have made this extremely simple. Today, the Thermo Scientific XRF analyzer has become the industry leader in alloy material identification (PMI), which analyzes fast, reliable, and weighty. Lightweight, rugged and adaptable to a wide range of environmental and weather conditions. With the Thermo Fisher Scientific XRF Analyzer, service personnel can complete the identification of alloy materials for several miles of duct systems and production equipment in a short period of time. From metal filaments to solder joints, valves, or process pressure vessels, regardless of shape, Thermo Fisher Scientific Analyzers can perform large-scale sample analysis in a very short time, accurate and non-destructive. . In addition, the Thermoscientific Niton handheld XRF analyzer is also suitable for the identification of alloy materials in the petrochemical, power, pressure vessel, metallurgy, machinery manufacturing, aerospace and other industries.   Quality Control in Mechanical Manufacturing (QA/QC) For the metal manufacturing industry, quality control and quality assurance are equally important. Material testing is the key to ensuring the use of qualified materials in metal products. If you use unqualified metal alloys, it will cause catastrophic accidents, bring great economic losses to the company, damage the reputation of the company, and even lead to casualties. Before the quality management system and the Six Sigma side attracted everyone"s attention to optimizing quality control, many quality control departments relied on unqualified, inconsistent quality inspection methods, or material inspection reports based solely on alloy compositions. Now, with Thermo Fisher Scientific, an analyzer that has made great strides in handheld XRF technology, quality control and inspection personnel can accurately detect thousands of metal alloy samples every day under non-destructive conditions. In fact, even a primary inspector can confidently measure a large number of samples with complete and accurate results.         Thermo scientific The Niton XRF analyzer typically has a test time of 1 to 2 seconds. If you extend the test time for a few more seconds, you can get an accurate experiment. Room level test results. There is no need to prepare samples, from metal filaments to finished solder joints, screws, and metal plates – all of which can be accurately detected by the Thermo Fisher Scientific XRF Analyzer.   Metals Recycling In recent years, the metal scrap recycling industry has developed extremely rapidly. Faced with a variety of alloy types and uneven material quality, advanced detection methods must be used to conduct fast and accurate analysis and testing on site. In order to adapt to changing market conditions, it is in an invincible position in the fierce competition in the industry. Now, with the advanced Thermo scientific Niton XRF alloy analyzer, a large amount of metal scrap can be inspected and quickly classified. In just a short time, you can get the number and composition. It provides the necessary information for both the purchase and sale parties to make quick and reliable judgments at the time of the transaction. Archaeological/Archieology With the continuous development and innovation of technology, the identification of ancient art and the acquisition of quantitative data from art has become one of the research methods of archaeology and museums. Whether in surveying, excavating on-site mapping, or in the protection of cultural relics or the identification of origin, chemical element data analysis has become a common method. Real-time access to quantitative basic data in the field is important for archaeologists and heritage conservationists. As a leader in handheld X-ray fluorescence analyzers for a long time, the Thermo scientific NitonXRF analyzers provide an on-site non-destructive testing solution for archaeological and heritage workers, whether in the field, in the laboratory, or in museums. This is due to the fact that the Thermo scientific Niton XRF analyzer can select different analysis modes for on-site analysis of various types of environments, such as selecting the alloy analysis mode to analyze the metal elements in the bronzes; selecting the soil or mineral analysis mode for direct analysis Valuable analysis results can be obtained by metal components in ceramics, murals, and environmental surveys of archaeological sites, or by bagging samples after collection.   Metal Coating Thickness Analysis (MetalCoating) Electroplating is a process in which a thin layer of other metal or alloy is plated on a metal surface, which is a process of attaching a metal film to the surface of a metal or other material by electrolysis. Prevent metal oxidation (such as rust), improve wear resistance, electrical conductivity, light reflectivity, corrosion resistance (copper sulfate, etc.) and enhance aesthetics. The hand-held alloy analyzer can quickly provide single or multi-layer thickness analysis for various metal coatings, quantitative analysis of alloy composition, and optimization of metal ion content analysis controlled by electroplating solution. Applications include automotive manufacturing, paint and powder coating manufacturing, electroplating plants and PCB copper tube thickness measurement.

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    • E4 Portable Direct Reading Spectrometer< /a>
      E4 portable direct reading spectrometer

       Featured full-spectrum direct-reading spectrometer is equipped with only one beam splitting chamber to ensure stability. Stimulating gun independent light chamber design Intel NUC built-in solid-state computer description   E4 is the first A portable direct reading spectrometer with a single beam splitting chamber, thanks to the fiber-free design, the instrument can achieve ** light intensity for the most stable analysis results. Application areas: cast iron brass, bronze aluminum alloy, cast aluminum stainless steel, alloy steel, tool steel zinc alloy, lead alloy, tin alloy 

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    • DPO2000 Handheld Alloy Analyzer< /a>
      DPO2000 Handheld Alloy Analyzer

      Delta Alloy Analyzer/Application for on-site analysis to quickly and accurately identify alloying elements and combinations. Technical specifications Project specifications Dimensions and weight Dimensions: 245*250*88mm; Weight \u0026lt;1.5KG Environmental requirements Ambient humidity 0~95%; Ambient temperature -20°C ~50°C Excitation source High power High performance Mini Straight Electronics X Ray tube detector super large SDD detector cooling system Peltier constant temperature cooling system, can work at -35 ° C high performance filter multiple filters can automatically switch voltage 15kV ~ 40kV multi-stage selectable voltage battery 2 lithium batteries, with heat Plug-and-pull function, battery replacement is no need to shut down the display integrated industrial design, sturdy, dustproof, waterproof high-resolution Blanview transmission backlight color touch screen PC software support PC software remote operation instrument processor with floating-point operation CPU USB bus, Bluetooth, accelerator, digital pulse processor intelligent system accelerometer; barometer, atmospheric pressure correction data storage SD card mass storage when detecting light elements, can store more than 200,000 data data transmission USB, Bluetooth (supports Microsoft Universal Online Program Driver) operating system customization Windows CE 6.0 system alloy material identification (PMI) in metal smelting, machinery In the production process of manufacturing, pressure vessel, electric power station, petrochemical, bio-pharmaceutical, aerospace, cement and fertilizer industries, PMI is an indispensable part of safety management. Mixing materials or using unqualified materials can cause serious safety accidents. . The Innov-X portable XRF alloy analyzer is designed to ensure that the alloy parts used in production and installation are exactly the same as the design requirements. Recycling and recycling of scrap metal for metal scrap recycling requires the use of the Innov-X portable XRF alloy analyzer for on-site analysis of a wide variety of alloy types and material qualities. Make quick and reliable judgments for both buyers and sellers in the trading of raw materials and provide the necessary information. Quality Assurance and Quality Control (QA/QC) In the metal manufacturing industry, quality assurance and quality control (QA/QC) of materials, semi-finished products, and finished products are essential. Mixing or using unqualified materials must bring to the company. loss. Innov-X portable XRF alloy analyzers are used in a wide range of manufacturing industries, from small metal materials processing plants to large aircraft manufacturers. It has become a ** instrument for material confirmation, semi-finished product inspection and finished product re-inspection in the quality system. Delta alloy analyzer / mode, element 3 beam Alloy Plus: Mg magnesium, Al aluminum, Si silicon, P phosphorus, S sulfur, Ti titanium, V vanadium, Cr chromium, Mn manganese, Fe iron, Co cobalt, Ni nickel, Cu Copper, Zn, W, W, Hf, Ta, Re, Pb, Bi, Zr, Nb, Mo, Ag, Sn, Sb, Pd, Cd, Precious Metal:plus Ir銥, Pt Platinum, Au Gold, Rh銠Delta Alloy Analyzer/Measurement Matrix DELTA can generate chemical composition information of the alloy within a few seconds. These metals and alloys include but are not limited to the following items: aluminum alloy Alloy Forged aluminum alloy Abnormal alloy magnesium alloy Titanium alloy Copper alloy Stainless steel tool steel Cobalt alloy Precious metal Zirconium alloy chrome molybdenum steel Nickel/cobalt alloy Zinc alloy There are more than 500 standard ** numbers in the ** standard library. Users can define up to hundreds of different types of non-labels that meet special requirements. Delta Alloy Analyzer/Features DELTA"s SmartSort intelligent solution automatically makes all decisions to determine whether a grade ID is correct or if it takes longer to detect, both to increase the throughput and ensure accuracy. **productive forces. SmartSort Smart Screening 1 can be used to automatically extend the detection time setting for certain grades to avoid confusion. 2. Limit the detection efficiency in the process of rapid detection. Time-delay detection of light elements (magnesium, aluminum, silicon, phosphorus, sulfur) is automatically performed when necessary, thus avoiding unnecessary long-term detection of other elements and preventing confusion. 3. Make DELTA an analytical tool with extremely fast detection speed and accurate results. The brand matching information 1 can add qualitative information and other information to the brand ID library. 2. Users can completely customize the coding information dedicated to the refining industry. 3. Multiple information bases can be reserved for each workstation separately. **Aluminum analysis 1. The analytical performance of aluminum provided by DELTA alloy analyzer. It is easy and straightforward to sort and grade aluminum and aluminum-containing materials. 2. It can accurately measure the content of magnesium in 5000 series aluminum alloy materials, and can distinguish magnesium alloys. The following materials can be sorted: 3003 and 3004, 1100 and 6063, 2014 and 2024. 3. The content of aluminum in titanium alloys and those of pure titanium metal divided by aluminum tools can be accurately determined. 4. Accurate classification of aluminum bronze and silicon bronze. 5, can measure the high temperature of the nickel / cobalt super alloy aluminum content high temperature operation 1, DELTA can be used for on-line detection of high temperature systems, system temperature can be as high as 480 ° C. 2. Efficient heat sink can effectively dissipate the heat of the electronic components of the instrument even in high temperature environment, and quickly cool to meet the high temperature industrial environment testing requirements. 3, efficient heat dissipation allows the instrument to be used for a long time in high temperature environment. 4. Helps to enhance the reliability of the main electronic components of the XRF analyzer. Enhanced XRF analyzer electronics designed for high temperature environments make test results more reliable. The Weld Level Library activates the Weld Level Library and opens the Weld Test function, giving the analyst a complete and complete understanding of the composition of the material. The Innov-X XRF Analyzer supports user-defined weld levels. The Innov-X XRF Analyzer has a built-in standard weld level library that is commonly used by customers. The impurity element library and the impurity element library have long been standard functions in the OES system. DELTA is the first handheld XRF spectrum alloy analyzer with this function. 2. Using this library of impurity elements, the operator can set an allowable ** content for individual elements of 7 individual grades. These elements are referred to as "impurity elements" or "residual elements." 3. The DELTA analyzer is preloaded with a library of impurity elements based on industry standards. 4. The analyzer can identify materials with impurity elements and provide relevant reports. This eliminates the need to measure the small amount of impurity elements that are considered to be present and then judges the corresponding grades, thereby simplifying the matching of the grades. 5. Detect and measure impurity elements that play a key role in selective corrosion investigations and failed analytical results. Mode: Alloy Plus Standard SDD detector with a detection area of 25 square mm Coffin Ag or Au, 4W X-ray tube Can test Mg, Al, Si, P, S...

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    • HCS200 high frequency infrared carbon and sulfur Analyzer (High End)
      HCS200 high frequency infrared carbon and sulfur analyzer (high end type)

      Functions and Features The PR-HCS200 is specially developed for the accurate determination of carbon and sulfur content. It uses a high frequency induction furnace to pass a sample of pure oxygen combustion and is equipped with up to 4 high sensitivity. Infrared detection cell to determine carbon and sulfur content. The measurement range can be adjusted according to the specific requirements of the user. HCS200 can simultaneously analyze different contents of carbon and sulfur in inorganic materials such as steel, cast iron, ore, copper, cement, ceramics, glass, various non-ferrous metals and high-temperature alloys, which is fast, reliable and accurate. The HCS200 provides easier and more user-friendly operating software, including: statistics, grouping, reporting, diagnostic tools, and more for elemental analysis.  Application examples Steel, cast iron, alloys, non-ferrous metals, glass, cement, ore, carbide, ceramics, catalysts, coke···· Advantages ■ Simultaneous analysis of carbon and sulfur in small samples ■ Professional analysis for inorganic samples ■ One-piece design, beautiful appearance, accurate and fast analysis ■ The whole machine is equipped with pneumatic components imported from Europe and America, military-grade electronic tubes and aviation power supply to ensure stable and reliable machine ■ Induction furnace power is large (2.2KW), up to 2000°C ■ New design The high-frequency induction furnace power can be arbitrarily configured, and the measurement is more accurate for low-melting samples. ■ Unique dust filter (0.4 micron ultra-micro) and automatic cleaning device to ensure higher measurement accuracy and stability ■ Unique furnace The head constant temperature heating device improves the detection accuracy of sulfur ■ The overall anti-interference design eliminates the interference of high-frequency induction space ■ New analysis software with analysis and simple diagnosis function (supports data export Excel, edit print report) ■ Single point, multi-point Calibration ■ Robust construction for laboratory testing and production control Performance indicator analysis elements Sulfur analysis range Carbon: 0.0001%-60.0000% sulfur: 0.0001%-10.0000% sample debris structure high frequency induction furnace and infrared analysis box integration, integrated sample ceramics application field steel/metallurgy, machinery/metal, geology/ Mineral, glass/ceramic, engineering/electronic infrared detection tank number 1-4 typical analysis time 40 seconds (conventional) carrier gas pure oxygen (≥99.5%) power AC 220V, 50HZ, max 16A, 3500W required equipment computer, display, Balance (accuracy 0.1mg) additive tungsten, pure iron   action principle     HCS200 operation HCS200 operation is simple and safe, the sample is weighed together with the ceramic crucible, the weight is transferred to the computer (can also be manually input ). Then add a cosolvent (such as tungsten, iron), then put the crucible on the bracket, the test can be turned on. The detection time is usually 40 seconds. During the detection process, the detection signal and instrument parameters will be displayed in real time, and the display of carbon and sulfur curves and analysis results will be completed automatically. The operator can choose to print the report or export the data.  HCS200 principle In the high-frequency induction furnace, the sample is melted in a pure oxygen atmosphere, which converts sulfur into sulfur dioxide and carbon into carbon dioxide. After purification by the dedusting system and the water removal absorbent, the analytical gas enters the sulfur detection tank to detect sulfur (infrared specific wavelength absorption), and then enters the carbon detection cell to detect carbon (infrared specific wavelength absorption). The HCS200 infrared carbon and sulfur analyzer can be configured with up to 4 infrared detection cells.  

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    • HCS160 high frequency infrared carbon and sulfur Analyzer
      HCS160 high frequency infrared carbon and sulfur analyzer

        Function and Features The PR-HCS160 is specially developed for the accurate determination of carbon and sulfur content. It uses a high-frequency induction furnace to pass a sample of pure oxygen combustion and is equipped with up to 4 High sensitivity infrared detection cell to measure carbon and sulfur content. The measurement range can be adjusted according to the specific requirements of the user. HCS160 can simultaneously analyze different contents of carbon and sulfur in inorganic materials such as steel, cast iron, ore, copper, cement, ceramics, glass, various non-ferrous metals and high-temperature alloys, which is fast, reliable and accurate. HCS160 provides easier and more user-friendly operating software, including: statistics, grouping, reporting, diagnostic tools and more for the element analysis process.  Application examples Steel, cast iron, alloys, non-ferrous metals, glass, cement, ore, carbide, ceramics, catalysts, coke···· Advantages ■ Simultaneous analysis of carbon and sulfur in small samples ■ Professional analysis for inorganic samples ■ Floor-standing design with console, beautiful appearance, easy to move, accurate and fast analysis ■ High power of induction furnace (2.2KW), up to 2000°C ■ Unique dust filter (0.4 micron), ensuring more High measurement accuracy and stability ■ Unique furnace constant temperature heating device improves sulfur detection accuracy ■ Overall anti-interference design eliminates high-frequency induced spatial interference ■ New analysis software with analysis and simple diagnostic function (support data export Excel, edit print report) ■ Single point, multi-point calibration ■ Solid construction, can be used for laboratory testing and production control Performance index analysis Element carbon, sulfur Analysis range Carbon: 0.0001%-10.0000% Sulfur: 0.0001%-2.0000% Sample Debris Structure High Frequency Induction Furnace and Infrared Analysis **Vertical, Separate Loaded Ceramics Application Fields Steel/Metallurgy, Machinery/Metal Geological/mineral, glass/ceramic, engineering/electronic infrared detection tank number 1-4 typical analysis time 40 seconds (conventional) carrier gas pure oxygen (≥99.5%) power AC 220V, 50HZ, max 1**, 3500W required equipment Computer, monitor, balance (accuracy 0.1mg) additive tungsten, pure iron    Principle of action     HCS160 operation HCS160 operation is simple and safe, the sample is weighed together with the ceramic crucible, the weight is transferred to the computer ( It can also be entered manually). Then add a cosolvent (such as tungsten, iron), then put the crucible on the bracket, the test can be turned on. The detection time is usually 40 seconds. During the detection process, the detection signal and instrument parameters will be displayed in real time, and the display of carbon and sulfur curves and analysis results will be completed automatically. After the analysis is completed, the waste in the copper mat is knocked out and ready for the next analysis. The operator can choose to print the report or export the data.  HCS160 principle In the high-frequency induction furnace, the sample is melted in a pure oxygen atmosphere, which converts sulfur into sulfur dioxide and carbon into carbon dioxide. After purification by the dedusting system and water removal absorbent, the analytical gas enters the sulfur detection tank to detect sulfur (infrared specific wavelength absorption), and then enters the carbon detection cell to detect carbon (infrared specific wavelength absorption). The HCS160 infrared carbon and sulfur analyzer can be configured with up to 4 infrared detection cells.  

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    • PR-S100 Metal Multi-Element Analyzer
      PR-S100 Metal Multi-Element Analyzer

      Functions and Features The PR-S100 Metal Multi-Element Analyzer is designed to accurately measure the carbon, sulfur, manganese, phosphorus, silicon, chromium, nickel, molybdenum and other elements in steel. . The carbon and sulfur elements are detected and analyzed by the HCS100 infrared carbon sulfur analyzer, which is fast and accurate. Other metal elements are dissolved by external chemical reagents and determined by spectrophotometric colorimetry, which is accurate and stable. PR-S100 metal multi-element analyzer can analyze five major elements of carbon, sulfur, manganese, phosphorus and silicon in low carbon steel, ordinary carbon steel, alloy steel, stainless steel and raw cast iron in steel, which is fast and reliable. accurate. Suitable for casting furnace, post-furnace testing, incoming inspection. The PR-S100 Metal Multi-Element Analyzer provides simpler and more user-friendly operating software, including: statistics, grouping, reporting, diagnostic tools, and more for elemental analysis.  Application examples: low carbon steel, plain carbon steel, alloy steel, stainless steel, raw cast iron Benefits ■ Simultaneous analysis of carbon and sulfur in small samples ■ Independent analysis of other conventional metal elements in samples ■ Professional analysis for steel ■ At the same time, it has fast and accurate, low failure rate, low analysis cost, affordable price and high cost performance. ■ Infrared carbon sulfur analyzer has unique arc ignition system, simple structure, high instantaneous power (2.2KW), complete combustion sample ■ Unique "smart Dynamic tracking" and "standard curve nonlinear regression technology" to accurately determine the content of metal elements ■ Overall anti-interference design, to eliminate instantaneous arcing interference ■ New analysis software with analysis and simple diagnostic functions (support data export Excel, edit print report) ■ Single point, multi-point calibration ■ Solid construction, can be used for laboratory testing and production control Performance index analysis Element carbon, sulfur, manganese, phosphorus, silicon, chromium, nickel, molybdenum, etc. Analysis range Carbon: 0.005%-6.0000% Sulfur: 0.0005%-0.3500% Manganese: 0.010~18.000% Phosphorus: 0.0005~2.000% Silicon: 0.010~6.000% Sample Debris Structure Burning Furnace and Red Analytical box integrated, shortening air connection, improving airflow stability; multi-channel determination of metal elements, quick and convenient loading of copper enamel, cuvette application field carbon steel, alloy steel, stainless steel, raw cast iron detection tank number IR: 1- 2 cuvette: 4 typical analysis time carbon sulfur: 40 seconds (conventional) other elements: colorimetric 2 seconds carrier gas pure oxygen (≥ 99.5%) instantaneous power AC 220V, 50HZ, max 10A required equipment \\ accessories computer, display , balance (accuracy ≥ 1mg), chemical vitrification additive tin, silicon molybdenum powder, pure iron     action principle PR-S100 principle carbon and sulfur analysis: in the arc burning furnace, the sample is in one Melting in a pure oxygen atmosphere converts sulfur into sulfur dioxide and carbon into carbon dioxide. After purification by the dedusting system and the water removal absorbent, the analytical gas enters the sulfur detection tank to detect sulfur (infrared specific wavelength absorption), and then enters the carbon detection cell to detect carbon (infrared specific wavelength absorption).  Other elements: The sample is dissolved in the prepared chemical reagent by characteristic chemical methods and shows the characteristic color of the relevant element, such as silicon, showing green (the higher the content, the darker the color). Pour a good color solution into the instrument cuvette, use pure water as a reference solution for colorimetry, and then determine the relevant element content.

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    • HCS150 High Frequency Infrared Carbon and Sulfur Analyzer
      HCS150 high frequency infrared carbon and sulfur analyzer

         Function and Features The PR-HCS150 is specially developed for the accurate determination of carbon and sulfur content. It uses a high-frequency induction furnace to pass the pure oxygen combustion sample and is equipped with the most Two high-sensitivity infrared detection cells to measure carbon and sulfur content. The measurement range can be adjusted according to the specific requirements of the user. HCS150 can simultaneously analyze different contents of carbon and sulfur in inorganic materials such as steel, cast iron, ore, copper, cement, ceramics, glass, various non-ferrous metals and high-temperature alloys, which is fast, reliable and accurate. HCS150 provides easier and more user-friendly operating software, including: statistics, grouping, reporting, diagnostic tools and more for the element analysis process.  Application examples Steel, cast iron, alloys, non-ferrous metals, glass, cement, ore, carbide, ceramics, catalysts, coke···· Advantages ■ Simultaneous analysis of carbon and sulfur in small samples ■ Professional analysis for inorganic samples ■ Desktop design, supporting desktop high-frequency furnace, saving space, accurate and fast analysis ■ Induction furnace power (2.2KW), up to 2000 °C ■ Unique dust filter (0.4 micron ultra-micro) to ensure higher measurement Accuracy and stability ■ Unique furnace constant temperature heating device improves the detection accuracy of sulfur ■ Overall anti-interference design, eliminates high-frequency induction space interference ■ New analysis software with analysis and simple diagnosis function (support data export Excel, editing Print report) ■ Single point, multi-point calibration ■ Solid construction, can be used for laboratory testing and production control Performance index analysis Element carbon, sulfur analysis range Carbon: 0.0005%-6.0000% sulfur: 0.0005%-0.3500% sample debris Structure high frequency induction furnace and infrared analysis box independent, split type ceramic sample application field steel / metallurgy, machinery / metal, geological / mining , glass / ceramic, engineering / electronic infrared detection pool number 1-2 typical analysis time 40 seconds (conventional) carrier gas pure oxygen (≥ 99.5%) power AC 220V, 50HZ, max 16A, 3500W required equipment computer, monitor, balance (Accuracy 0.1mg) Additive Tungsten, Pure Iron  Protection Principle     HCS150 Operation The HCS150 is simple and safe to operate, the sample is weighed together with the ceramic crucible, and the weight is transferred to the computer (can also be manually input). Then add a cosolvent (such as tungsten, iron), then put the crucible on the bracket, the test can be turned on. The detection time is usually 40 seconds. During the detection process, the detection signal and instrument parameters will be displayed in real time, and the display of carbon and sulfur curves and analysis results will be completed automatically. After the analysis is complete, remove the waste ceramic crucible and prepare for the next analysis. The operator can choose to print the report or export the data.  HCS150 principle In the high-frequency induction furnace, the sample is melted in a pure oxygen atmosphere, which converts sulfur into sulfur dioxide and carbon into carbon dioxide. After purification by the dedusting system and water removal absorbent, the analytical gas enters the sulfur detection tank to detect sulfur (infrared specific wavelength absorption), and then enters the carbon detection cell to detect carbon (infrared specific wavelength absorption). The HCS150 infrared carbon and sulfur analyzer can be configured with up to 2 infrared detection cells.

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    • PR-TGY6 Furnace Smart Iron Water Carbon Silicon Thermal Analyzer
      PR-TGY6 Furnace Intelligent Hot Metal Carbon Silicon Thermal Analyzer

      Overview of the intelligent carbon-silicon thermal analysis instrument is an industrial-controlled model, combined with the thermocouple temperature sensor, the molten iron cooling curve, through the thermodynamic principle to calculate the composition and performance parameters of molten iron, intelligent online heat Analytical instrumentation, widely used in hot metal casting and other industries, has the characteristics of accurate measurement, fast response and full function. The main functions of CE, C, Si content measurement can measure the active CE, C, Si content of 10 target materials, and calculate the iron grade (HT). Active CE carbon equivalent measurement range: 2.20 - 4.80%; active C content measurement range: 2.00 - 4.20%; active Si content measurement range: 0.20-4.50%; active CE, C%, Si%  The correction value can be set in (-0.99 - +0.99). The iron liquid adjustment calculation calculates the amount of the recarburizer, ferrosilicon or scrap added to the target component based on the target component range, the weight of the molten iron, the yield of carbon increase, the yield of silicon increase, and the measurement result. The spheroidization rate measurement can be carried out by measuring the eutecticity and supercooling degree of the molten iron, and calculating the spheroidization rate of the spheroidized iron liquid under the premise that the active Mg content is sufficient. Iron Liquid Composition Management     Set the carbon equivalent, carbon content, and silicon content range according to the product grade. The instrument will display the content in different colors. If it is unqualified, it will be displayed in red, and the color will be displayed in green. Users can modify the content range by themselves.

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    • PR-CSi1 Explicit hot metal carbon silicon analyzer
      PR-CSi1 furnace front digital display type molten iron carbon silicon analyzer

      Application range PR-CSI1 pre-furnace hot metal analyzer is widely used in the field to measure the original molten iron such as gray iron, ductile iron, ferrocene and vermicular iron: carbon, silicon, carbon equivalent, Casting temperature, tensile strength, hardness, graphitization factor, quality coefficient and other content and data. The result is directly printed, the measurement results are directly read, and the measurement time is 2-3 minutes, which is convenient for casting engineers to make on-site ingredients. Main technical features The instrument is easy to operate and maintenance-free. The general furnace can be used on site; portable, mobile, very convenient; the measurement results are directly read and printed, ** measuring time is 180 seconds, which is convenient for casting engineers on-site ingredients Main technical parameters measurement function: thermal analysis of white iron, gray cast iron, methane, ductile iron; measurement parameters: carbon equivalent CEL, carbon content C, silicon content Si, hardness HB, tensile strength RM, peak temperature PEAK, liquidus temperature TL, solid phase temperature TS, eutectic SC; measurement range: K-type (NiCr-Ni): 400 ° C ~ 1370 ° C nbsp; measurement accuracy: CEL ± 0.1%   C ± 0.05%   Si±0.1% power supply parameters: 110~250VAC   50VA   50~60HZ printing parameters: HB, RM, PEAK, TL, CEL, SC, TS, C%, Si%

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    • PR-W330A Handheld Portable hot metal temperature gun
      PR-W330A Handheld Portable Hot Metal Temperature Gun

      Handheld portable hot metal thermometer  First, use: PR-W330A smelting thermometer is specially developed for the rapid measurement of molten metal temperature in the smelting process of smelting, casting and other industries. High-precision special instrument. 2. Features: It adopts integrated hand-held and portable design. It adopts shock-resistant and high-brightness LED digital tube display and full metal casing design according to the characteristics of harsh working environment and high temperature in melting and temperature measurement, so it is more durable. The instrument is based on a high-performance single-chip microcomputer.Measuring components with high precision and adopting various intelligent processing techniques to ensure long-term stable operation of the instrument. Improve the anti-interference ability of the instrument. The meter is matched with a suitable thermocouple for precise and rapid temperature measurement in a variety of melting applications. Third, the instrument has: 1. The temperature value is automatically maintained when the temperature is measured, the range: 0-2000 °C; 2. The light, the beep sound prompts the end of the temperature measurement (lifting the temperature gun); 3. Breaking the couple, Over-range, power supply undervoltage and other alarm functions; 4. Power supply uses nickel-metal hydride rechargeable battery (generally can measure temperature thousands of times after one charge); 5. Turn on the power, when there is no signal input for 2 minutes, automatically disconnect the power function ; 6. Optional large screen display.

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    • GX41 inverted metallurgical microscope< /a>
      GX41 inverted metallurgical microscope

      Olympus GX41 is a miniaturized inverted metallographic microscope suitable for production lines, allowing for bright field and simple polarized light observation. Its body is light and compact, and it is easy to carry. Easy to carry, easy to operate, and quick to check anytime, anywhere. Small body small body can be placed in a narrow space, meeting the needs of rapid inspection at the production site. In addition, the microscope can be easily moved, suitable for mobile and educational, internships, etc. between production sites. Based on ergonomic viewpoint adjustment mechanism Tilting binocular tube schematic with tilt angle can be freely changed tilt double Eyepiece tube. Can stand and observe. The vivid image generated by the UIS2 objective lens Can be clearly and brightly observed at all magnifications The MPLN series UIS2 uses an infinity-corrected optical system, so that a clear, bright, spot-free, clear-view image is obtained up to the edge of the field of view (the number of fields of view 22*). In addition, in order to meet the needs of high magnification observation, we also equipped with a plane 5 × ~ 100 × objective lens. ※ Use WHN10× eyepiece series products Observation image example Optical fiber (bright field observation) Metal structure (bright field observation) Metal structure (simple polarization observation) illumination system 100 W fiber source combination in addition to the standard 6 V, 30 W halogen In addition to the light source, a 100 W fiber source can also be selected. In this way, a dark sample can be clearly observed. Software solutions Digital camera and image analysis software to meet the digital needs Trinocular tube A digital camera can be installed. Digital images can be saved and recorded to help create inspection reports. Different digital cameras can be selected as needed from the aspects of picture quality, function, and operability.

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    • IE200M inverted metallurgical microscope< /a>
      IE200M inverted metallographic microscope

      Product introduction is easy to operate, complete accessories, widely used in teaching and research metallographic analysis, semiconductor silicon wafer inspection, address mineral analysis, precision engineering measurement and other fields. High-precision coarse and fine-motion focusing mechanism adopts the bottom hand coarse adjustment micro-coaxial focusing mechanism, the left and right sides can be adjusted, the fine adjustment precision is high, the manual adjustment is simple and convenient, and the user can easily obtain clear and comfortable images. The coarse adjustment stroke is 38mm and the fine adjustment precision is 0.002. The large-size mechanical mobile platform adopts a large-sized platform of 180×155mm, and the right-hand position is set, which is in line with the conventional crowd operation habits. During the operation of the user, it is convenient to switch the operation of the focusing mechanism and the platform to provide a more efficient working environment for the user. The Eccentric Corolla lighting system uses a large 180 × 155mm platform, set in the right hand position, in line with the normal crowd operating habits. During the operation of the user, it is convenient to switch the operation of the focusing mechanism and the platform to provide a more efficient working environment for the user. Technical specifications Optical system finite far chromatic aberration optical system observation cylinder 45° tilt, trinocular observation cylinder, 瞳 distance adjustment range: 54-75mm, split ratio: 80:20 eyepiece high eye point large field of view flat field eyepiece PL10X/18mm, With micrometer high eye point large field of view eyepiece WF15X/13mm, with micrometer high eye point large field of view eyepiece WF20X/10mm, with micrometer objective long working distance flat field achromatic metallurgical objective lens (5X, 10X, 20X, 50X, 100X) locator in the four-hole converter positioning five-hole converter focusing mechanism low-handed coarse-tuning coaxial focusing mechanism, coarse movement per revolution 38 mm; fine-tuning accuracy 0.02mm stage three Layer mechanical moving platform, area 180mmX155mm, right hand low hand position control, stroke: 75mm × 40mm epi-illumination system, projecting Koala lighting system, with variable aperture diaphragm and central adjustable field diaphragm, adaptive wide voltage 100V- 240V, single 5W warm color LED light, continuous intensity adjustable epi-Cola illumination system with variable aperture diaphragm and central adjustable field diaphragm, adaptive wide voltage 100V-240V, 6V30W halogen light, light intensity Continuously adjustable photographic camera 0.5X/1X camera adapter, C-type interface, Adjustable focus other polarizer inserts, fixed analyzer inserts, 360° rotary analyzer inserts; filter sets; high precision micrometers

      ¥1
    • ZXQ-2SAuto Metallographic sample mounting machine (with water cooling system)
      ZXQ-2S automatic metallographic sample mounting machine (with water cooling system)

      ZXQ-2S automatic metallographic sample inlaying machine is a process of inlaid and polished before the sample is inserted. It is inlaid for small and difficult to handle or irregular metallographic facies samples. . It is also convenient to perform the grinding and polishing operation on the sample after the inlaying, and it is also convenient to observe the structure of the material under the metallographic microscope. The machine can automatically warm and pressurize, and automatically stop and relieve pressure after pressing and forming, and then press the button to automatically press the sample to automatically come up, you can get the shipment. Note: Only for thermosetting materials (such as electric jade powder, bakelite powder, etc.), the temperature has been adjusted and automatic. ZXQ-2S (with water cooling system) type can be used not only for thermosetting materials, but also for thermoplastic materials. Main parameters: Specimen pressing specifications: φ22mm, φ30mm, φ45mm Heater: 220V 650W Total power supply: 1000W Dimensions: 380*350 *420mm net weight: 50Kg

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    • QG-85 Metallographic Sample Cutting Machine
      QG-85 Metallographic Sample Cutting Machine

      QG-85 metallographic cutting machine can be applied to the cutting of general metallographic and lithofacies sample materials. In order to ensure the best sample can be cut under safe conditions, this machine adopts Fully enclosed structure and quick clamping mechanism, and a special cooling water tank for the circulation of coolant. For the convenience of extending the service life and operation and maintenance, the main components of the inner and outer casings, jaws and work surfaces of the machine are adopted. Made of stainless steel, it is the best equipment for cutting specimens. Main parameters: ** Cutting section: Φ85*85mm Grinding wheel specifications: 300×2×32mm Rotating speed: 2800r/min Electric Moving  Machine: Y90L2-2.2kW, 380V, 50Hz Dimensions: 730×700× 540mm net weight: 125kg

      ¥1
    • 定炭杯
      Fixed cups

      The carbon cup, also known as the analysis sample cup. Square cups and round cups. General purpose, QC4011 furnace carbon and silicon analysis instrument, 100 / box, 15KG / box.

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    • Quick Temperature Thermocouple< /a>
      Rapid temperature thermocouple

      Use: Rapid temperature measurement thermocouple is used to measure the temperature of molten steel and high temperature molten metal. It is a one-time consumption thermocouple. Working principle: According to the thermoelectric effect of the metal, the temperature of the molten steel and the high molten metal are measured by the thermoelectricity generated by the two ends of the thermocouple. How to use: 1. According to the object and range of measurement, choose the appropriate protection of the length of the paper tube and the applicable temperature gun. 2. Install the fast thermocouple on the temperature measuring gun and return the secondary instrument pointer (or digital display) to zero. This indicates that the contact is good and measurement can be performed. 3. The depth of the hot thermocouple inserted into the molten steel should be 300-400mm. Do not measure the wall or the slag on the measurement. Do: Fast, steady and accurate. When the secondary instrument gets the result, the gun should be taken immediately, and the rapid thermal power should be applied. Even in the molten steel immersion time should not exceed 5 seconds, otherwise it is easy to burn the temperature gun. 4. After the temperature gun is lifted from the furnace, remove the used thermocouple and install a new one, pause for a few minutes, and prepare for the next measurement. Do not test and disconnect, otherwise the temperature difference will fluctuate. Specification model and performance: Name Model index number tolerance for temperature measurement time optimal upper limit platinum 銠 30-platinum 銠 6KB-602PB ± 51500-170017504 ~ 6s platinum 銠 10 - platinum KS-602PS ± 51400-160016504 ~ 6s platinum 銠13-platinum KR-602PR±51400-160016504~6s tungsten-rhenium-tungstenium 25KW-602PW±71500-170018004~6s

      ¥1
    • carbon sulfur Analytical Ceramics
      Carbon Sulfur Analysis Ceramics

      Carbon sulfur analysis ceramic crucible, also known as carbon sulfur. Widely used in steel, metallurgy, petroleum, machinery manufacturing, scientific research departments. Once the product is on the market, it has won the market with high quality and low price. The quality of carbon and sulfur analysis has exceeded the level of domestic similar products. The carbon and sulfur blank values are less than 0.0005%, 99% use no cracks, and reuse three times without leakage. Physical and chemical properties SiO2 content 80% Al2O3 content 20 bulk density 1.8-2.3 thermal expansion coefficient (20-500 ° C) 4.0-48X10-6 carbon content 0.0002% - 0.0003% sulfur content 0.0002% - 0.0003% Specification: 25mm * 25mm Weight: 17 kg / number of boxes: 1000 only

      ¥1
    • metallography Analysis to be tested
      Metallographic analysis to be tested

      In order to facilitate our customers to understand the performance of our company"s equipment and equipment, as well as the technical reserve power of our company, we can provide metallographic organization, hardness, coating and cleanliness waiting for testing services. The detectable contents are as follows: ■ Correlation detection of metallographic structure in ferrous metals and non-ferrous metals; ■ Hardness detection in ferrous and non-ferrous metals; ■ Cleanliness and grain size inspection in auto parts; ■ Coating thickness detection; Leave a message on the website, or call our company for free 400: 400-0355-838, or send an email: info@powerchina17.com 

      ¥1
    • element analysis to be tested
      Elemental analysis to be tested

      In order to facilitate our customers to understand the performance of our equipment, we can provide related materials to be tested. The detectable contents are as follows: ■ Detection of carbon and sulfur in organic and inorganic materials; ■ Detection of metal elements in steel materials, such as silicon, manganese, phosphorus, chromium, nickel, molybdenum, copper, vanadium, titanium, etc.; Detection of related elements in metals; ■ Detection of precious metals; ■ ROHS, heavy metal detection. Related requirements can be posted on the website, or call our company free 400 phone: 400-0355-838, or send an email: info@powerchina17.com

      ¥1
    Provided high-quality experimental analysis solutions for more than 100 small and medium-sized enterprises in China for 10 years
    focus on the production of metal element analysis instruments

    Shanghai Quanzhong Instrument Equipment Co., Ltd. has been focusing on the manufacture and sales of elemental analysis instruments in the field of metal materials for more than 10 years, with strong technical know-how and expertise...

    Provide nationwide sales outlets to provide you with the most timely service

    The perfect service outlets of 20 offices in the provinces promise a 24-hour after-sales service hotline, free national service hotline: 400-0355-83...

    Years of Experience, Build the Best Lab Solution

    Free solutions for customers, technical consultants provide free on-site installation and commissioning technical team to help build laboratories and provide chemical...

    HCS200 HF The perfect performance of infrared carbon and sulfur analyzer in medium and high carbon and high sulfur materials

    PR-HCS200 high-frequency infrared carbon and sulfur analyzer is developed by Shanghai Quanzhong Instrument Equipment Co., Ltd. after many years of development.

    grey ball iron Furnace Casting Analysis Solution

        Gray ball iron casting requires rapid analysis of carbon and silicon in molten iron in front of the furnace

    About us

             Shanghai Weight Equipment Co., Ltd. is a well-known supplier of metallurgical casting, metal materials, ore taste, soil heavy metal testing equipment, and produces and sells well-known domestic and foreign brand analytical instruments. Weight Equipment Co., Ltd. has a "people-oriented" corporate values, a good working atmosphere, a comfortable working environment, a sound management system, professional sales and after-sales team, rich practical experience. For many years committed to metal analysis technology and industry. Development is the main import analytical instrument agent in China. The company"s products are widely used in many industries such as foundry, metallurgy, metal processing, machinery manufacturing, aerospace, power, petrochemical, metal recycling, etc., and have a high influence in the field of metal analysis. Have a large customer base and enjoy a good reputation.

      \u0026nbs p;     The weight equipment has been working closely with many well-known domestic and foreign brands of analytical instrument companies for ten years, and in high-frequency infrared carbon and sulfur analyzers, metal material element analyzers, cast iron heat The analyzer field has many years of production, research and development experience, and a wealth of solutions. Weight equipment has a sales center in Shanghai, production, research and development, national after-sales service center in Nanjing, and in Beijing, Taiyuan, Xi"an, Wuhan, Guangzhou and other places. All have offices to provide timely and effective services to our customers.

    Customers Scope: 
            Aerospace, aviation, petrochemical, electric power, boiler pressure vessel, machining And manufacturing, waste recycling, steel, automobile manufacturing, scientific research institutions, universities, geological surveys, prospecting, heavy metal assessment in soil, etc.

    < Span style="color: #FFFFFF;">Product category: 
    The weight of the instrument business scope includes: domestic and foreign analytical test instrument agents, industrial testing; domestic carbon and sulfur analyzer, casting thermal analyzer, metal material element analyzer research and development and production.

    Agent Product Category: 
    Germany Spike spark direct reading spectrometer, Germany Belek mobile photoelectric direct reading spectrometer, Italy GNR spark direct reading spectrometer, the United States INNOVX handheld spectrometer, X-ray diffractometer, oil analyzer.

    Service Class:
    Metal material testing, metal component analysis services, SGS, CTI and other testing services

    Production products: 
    Carbon and sulfur analyzers, thermal analyzers, metal material element analyzers, metallographic analyzers

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