M4000 Spark Oes Spectrometers For Alloy Analysis Suppliers and Manufacturers

M5000 Spectrometer for Metal Trace Analysis Introduction M5000 spectrometer for metal trace analysis is a compact desktop spectrometer for metal analysis based on CCD technology. spectrometer for metal analysis design combines high performance with rugged construction and operational convenience with reliable operation. The programmable digital spark source, optimized optical system, auto spectrum correction, digital controlled and data capturing and durable spark stand enable you to obtain fast, reliable and accurate result for metal analysis. M5000 has established itself well in China market and keeps offering high performance with minimal operating costs. It covers the wavelength range 140nmï½?680nm,permitting the metal analysis of all elements required by the metals industry. Pre-defined calibrations are set up in factory and can be adjusted to fit special analyzing requirements. M5000 is built under strict manufacturing and quality control procedures with ISO 9001.

This is a type of product is a widely used in general welding material with the magnesium of 5%, which can be use in jointing oe overlay forging and casting alloys processing.And this product is of high toughness, good forgeability, and well anti-corrosiveness. Furthermore, this is a good chioce for colour-match in welding after anodic process. Mig-wires(mm)í¡0.8;0.9;1.0;1.2;1.6;2.0;2.4 Tig-rods(mm)í¡1.6;2.0;2.4;3.2;4.0;5.0;6.0

Hastelloy C276 is a tungsten added nickel-molybdenum-chromium super alloy designed to offer excellent corrosion resistance in wide range of severe environments. The chromium in Hastelloy C276 conveys resistance to oxidizing media while high molybdenum and nickel content makes the nickel alloy specially resistant to pitting and crevice corrosion in reducing environments. Chemical Composition Hastelloy C276 Analysis NiBal Mo15 17 Cr14.5 16.5 Fe4 7 W3 4.5 Co2.5 max Mn1.0 max C0.01 max v0.35 max P0.04 max S0.03 max Si0.08 max

M4000 CCD Spark Optical Emission Spectromter M4000 CCD Spark Optical Emission Spectromter creatively combined with world leading argon circulation technology enables the analysis of Fe, Al, Cu and other bases materials. CCD spectrometer is an ideal solution to fast and accurate quantitative analysis near the furnace, metal material quality control and scientific research.  M4000 Metal Analyzer Optical System  Paschen-Runge optical system  Mult-CCD detectors with high resolution  Wavelength range: 175-520nm  Optics sealed argon circulation system Spark Stand  Open sample clamp  Easily operated sample clamp adapted to different sample geometrics  Optimized argon circuit design  Easy to clean and maintenance Argon Requirement  Purity requirementï9.999%  Input pressure0.5MPa  Max 3.5L/min in sparking  Average standby flow: 1L/min  AC220V±20V,50Hz  Max 400VA in sparking  Average standby power 50VA  Room temperature: 10ï30  Storage temperature0ï45  Relative humidity: 20%ï80%M4000   optical emission spectrometer, ccd spectrometer, optical emission spectrum Manufacturer Electrical and Environmental Requirement optical emission spectrum Model ModelWavelengthDescription M4000 N175-520 nmAvailable for bases such as Fe,   Al, Cu M4000 S200-520 nmAvailable for bases of Al, Cu

Nickel alloy Instrumentation fittings are formed from nickel alloys, which are metals made by combining nickel with another substance as the primary constituent. It mixes two materials to produce improved properties such as greater strength or corrosion resistance. Because of its particular characteristics, it's employed in a wide range of equipment across a wide range of sectors. Nickel alloy is made by combining nickel with other metals such as titanium, copper, aluminum, iron, and chromium. Nickel alloy instrumentation fittings are more resistant to corrosion at temperatures above 1800 F. This makes them excellent for usage in harsh environments. Nickel alloy instrumentation fittings are resistant to oxidation and corrosion at high temperatures. Nickel alloy instrumentation fittings are very ductile and have high melting temperatures. They can be electroplated and welded readily, making them excellent for sectors that deal with extreme heat and cold. Nickel alloy instrumentation fittings can be put to use for approximately 25 to 35 years. It can survive for an even longer period of time depending on the application. Because of its extended service life, this metal is less expensive than other metals Nickel alloy instrumentation fittings are utilized in a wide range of applications due to their qualities, including food preparation equipment, medical equipment, laboratory equipment, aircraft, pharmaceuticals, building materials, aircraft and power turbines, nuclear power systems, and so on. Specification of Nickel Alloy Instrumentation Fittings Imperial Size 1/2 to 2 Size 1/16 OD to 2 OD, 2mm OD to 50mm OD Thread NPT, BSP, BSPT, UNF, ISO, SAE, MS, AN, weld ends etc. Pressure Rating 6000PSI for Stainless Steel, 300/1000/3000PSI for Brass Temperature Ratings Up to 1000F (537C) Types Tube to Union, Tube to Male, Tube to Female, Instrument Pipe Fittings, Accessories Application Power/ gas/ petroleum/ chemical/ metallurgy/ shipbuilding etc. Our service Nace Mr 01 75 Sour Service Impact Test As Per Ug 84 Macro Structure Analysis Hydrogen Induce Cracking Test (Hic) Sulphide Stress Cracking Test (Sscc) Cryogenic Services (Cryo),hydrogen Services (H2) Helieum Leak Test Dye Peniterant Test (Dp) Magnetic Partius Test (Mp) Post Weld Heat Treatment (Pwht) Ultrasonic Test (Ut) Hydro Test, Etc. Test Certificates EN 10204/3.1B Raw Materials Certificate 100% Radiography Test Report Third Party Inspection Report, etc Production Technique Forged/ Heat treated and machined.

A7, A8, A9 aluminum ingots are internationally recognized grades used to differentiate aluminum materials with different purities and compositions. Standard: ASTM, GB, DIN, BS, EN, JIS Type Describe A7 aluminum ingot A7 aluminum ingot is a high-purity aluminum ingot typically with aluminum purity of 99.7% or higher. It has relatively high purity and is commonly used in the production of aluminum alloy materials, aluminum sheets, aluminum profiles, etc. A8 aluminum ingot A8 aluminum ingot is an aluminum alloy ingot typically with aluminum purity of 99.8% or higher, along with a small amount of alloying elements such as copper, manganese, etc. It has higher strength and corrosion resistance and is commonly used in automotive parts, aerospace, construction, etc. A9 aluminum ingot A9 aluminum ingot is an aluminum alloy ingot typically with aluminum purity of 99.9% or higher, along with a certain proportion of alloying elements such as copper, manganese, magnesium, etc. It has higher strength and corrosion resistance and is commonly used in aerospace, automotive parts, construction, electronics, etc. Chemical Analysis Product Specification and Size : Product name Aluminum Ingot Chemical Composition Al Al (Min) 99.5% -99.9% Model Number Aluminum Ingot Shape Ingot Surface Treatment Anodized Regular Size 30*150*700mm Length Base on customers surface treatment Applications Mainly used for casting and deformation of aluminum alloy Widely used in automobile, textile, electronics and other industries Export to America, Australia, Brazil, Canada, Peru, Iran, Italy, India, United Kingdom, Arab, etc. Chemical Composition (%) Grade Al Impurities Al Si Fe Cu Ga Mg Zn Mn Others Sum Al99.9 99.90 0.50 0.07 0.005 0.02 0.01 0.025 0.010 0.10 Al99.85 99.85 0.80 0.12 0.005 0.03 0.02 0.030 0.015 0.15 Al99.7 99.70 0.10 0.20 0.010 0.03 0.02 0.030 0.030 0.30 Al99.6 99.60 0.16 0.25 0.010 0.03 0.03 0.030 0.030 0.040 Al99.5 99.50 0.22 0.30 0.020 0.03 0.05 0.050 0.030 0.50 Al99.00 99.00 0.42 0.50 0.020 0.03 0.05 0.050 0.050 1.00 Application Ordinary industrial pure aluminum is thought as 1000 series aluminum ingot, aluminum content upto 99.0%. Low strength, heat treatment canot be further strengthened; But it is very malleable. Aluminum products have good corrosion resistance and weldability; After anodic oxidation, thecorrosion resistance of aluminum ingot are often improved, and a more beautiful surface layer can be obtained.

A7, A8, A9 aluminum ingots are internationally recognized grades used to differentiate aluminum materials with different purities and compositions. Standard: ASTM, GB, DIN, BS, EN, JIS Type Describe A7 aluminum ingot A7 aluminum ingot is a high-purity aluminum ingot typically with aluminum purity of 99.7% or higher. It has relatively high purity and is commonly used in the production of aluminum alloy materials, aluminum sheets, aluminum profiles, etc. A8 aluminum ingot A8 aluminum ingot is an aluminum alloy ingot typically with aluminum purity of 99.8% or higher, along with a small amount of alloying elements such as copper, manganese, etc. It has higher strength and corrosion resistance and is commonly used in automotive parts, aerospace, construction, etc. A9 aluminum ingot A9 aluminum ingot is an aluminum alloy ingot typically with aluminum purity of 99.9% or higher, along with a certain proportion of alloying elements such as copper, manganese, magnesium, etc. It has higher strength and corrosion resistance and is commonly used in aerospace, automotive parts, construction, electronics, etc. Chemical Analysis Product Specification and Size : Product name Aluminum Ingot Chemical Composition Al Al (Min) 99.5% â?? 99.9% Model Number Aluminum Ingot Shape Ingot Surface Treatment Anodized Regular Size 30*150*700mm Length Base on customersâ?? surface treatment Applications Mainly used for casting and deformation of aluminum alloy Widely used in automobile, textile, electronics and other industries Export to America,� Russia,� Australia, Brazil, Canada, Peru, Iran, Italy, India, United Kingdom, Arab, etc. Chemical� Composition� (%)�  Grade Alâ?¥ Impuritiesâ?¤ Al Si Fe Cu Ga Mg Zn Mn Others Sum Al99.9 99.90 0.50 0.07 0.005 0.02 0.01 0.025 â?? 0.010 0.10 Al99.85 99.85 0.80 0.12 0.005 0.03 0.02 0.030 â?? 0.015 0.15 Al99.7 99.70 0.10 0.20 0.010 0.03 0.02 0.030 â?? 0.030 0.30 Al99.6 99.60 0.16 0.25 0.010 0.03 0.03 0.030 â?? 0.030 0.040 Al99.5 99.50 0.22 0.30 0.020 0.03 0.05 0.050 â?? 0.030 0.50 Al99.00 99.00 0.42 0.50 0.020 0.03 0.05 0.050 â?? 0.050 1.00 Application Ordinary industrial pure aluminum is thought as 1000 series aluminum ingot, aluminum content upto 99.0%. Low strength, heat treatment canâ??t be further strengthened; But it is very malleable. Aluminum products have good corrosion resistance and weldability; After anodic oxidation, thecorrosion resistance of aluminum ingot are often improved, and a more beautiful surface layer can beobtained.

Inconel Instrumentation Fittings are made from an austenitic alloy that contains chromium and nickel in their composition. The addition of these elements in their alloy enables Inconel Instrumentation Fittings to be extremely resistant to corrosion and oxidation. Inconel Instrumentation Fittings hold their integrity even in extremely high temperatures. corrosion is a serious issue for clients who use instrumentation findings in environments rich in corrosive elements. As a result, Inconel Instrumentation Fittings is an ideal choice as they can withstand these environments. With an increase in the amount of titanium and niobium content, the alloy can significantly be strengthened by the heat treatment process. Inconel alloy offers high strength along with corrosion resistance. When heated, these fittings create an oxide layer that protects them from the corrosive environment. Because of its corrosion resistance, Inconel Instrumentation Fittings would be an ideal choice in harsh environments. The compounds in the alloy act like an adhesive at the grain boundaries. When the material is heated to a high temperature, this adhesive prevents the size of the particles from expanding (smaller particles are stronger and larger particles are more ductile). In comparison to stainless steel, Inconel Instrumentation Fittings have significantly higher corrosion resistance and strength at high temperatures. In cryogenic circumstances, stainless steel outperforms Inconel. Specification of Inconel Instrumentation Fittings Imperial Size 1/2 to 2 Size 1/16 OD to 2 OD, 2mm OD to 50mm OD Thread NPT, BSP, BSPT, UNF, ISO, SAE, MS, AN, weld ends etc. Pressure Rating 6000PSI for Stainless Steel, 300/1000/3000PSI for Brass Temperature Ratings Up to 1000 F (537 C) Types Tube to Union, Tube to Male, Tube to Female, Instrument Pipe Fittings, Accessories Application Power/ gas/ petroleum/ chemical/ metallurgy/ shipbuilding etc. Our service Nace Mr 01 75 Sour Service Impact Test As Per Ug 84 Macro Structure Analysis Hydrogen Induce Cracking Test (Hic) Sulphide Stress Cracking Test (Sscc) Cryogenic Services (Cryo),hydrogen Services (H2) Helieum Leak Test Dye Peniterant Test (Dp) Magnetic Partius Test (Mp) Post Weld Heat Treatment (Pwht) Ultrasonic Test (Ut) Hydro Test, Etc. Test Certificates EN 10204/3.1B Raw Materials Certificate 100% Radiography Test Report Third Party Inspection Report, etc Production Technique Forged/ Heat treated and machined

Cathode copper refers to high-purity copper produced through the electrolytic refining process. Cathode copper is characterized by its high electrical conductivity, excellent thermal conductivity, and good formability. Standard: ASTM, GB, DIN, BS, EN, JIS Product name Copper Cathode Plates / Copper Ingot / Copper Cathode Cu 99.99% Standard GB/T Chemical Composition Copper (Cu) Quality High-Quality Purity 99.97% - 99.99% Dimension 914mm x 914 x 12mm (appr.) (+/-1%) (LME Standard) Export to America, Russia, Australia, Brazil, Canada, Peru, Iran, India, United Kingdom, Arab etc. 1. Weight of each sheet: 125kgs (+/- 1%) 2. Net weight of each pallet: 2mts (+/- 1%) 3. Min. weight in each container: 20 mts approx. 4. Gross weight of each container: 22.20 mts approx. Chemical Analysis Elements Value Elements Value Copper Cu 99.97% Min. Silica Si 0.3ppm Max. Cobalt Co 0.2ppm Max. Bismuth Bi 0.1ppm Max. Lead Pb 0.2ppm Max. Tellurium Te 0.05ppm Max. Iron Fe 2ppm Max. Silver Ag 10ppm Max. Aluminum Al 0.5ppm Max. Se 0.3ppm Max Manganese Mn 0.1ppm Max. S 4ppm Max. Nickel Ni 0.2ppm Max. MG 0.4ppm Max. Antimony Sb 0.1ppm Max. O2 0 AS 0.1ppm Max. Application In the power industry, cathode copper is used to manufacture cables, wires, and power grid equipment for efficient transmission of electricity. In the electronics industry, cathode copper is used to manufacture circuit boards, semiconductor devices, etc., to support the functionality and performance of electronic devices. In addition, cathode copper is also used in various applications in fields such as construction, chemical industry, and manufacturing, such as pipeline and alloy manufacturing.

Instruments and apparatus for physical or chemical analysis (for example, polarimeters, refractometers, spectrometers, gas or smoke analysis apparatus); instruments and apparatus for measuring or checking viscosity, porosity, expansion, surface tension or the like; instruments and apparatus for measuring or checking quantities of heat, sound or light (including exposure meters); microtomes Gas Or Smoke Analysis Apparatus.

M5000 Metal Alloy Analyzer Spectrometer Introduction M5000 metal alloy analyzer is a compact desktop spectrometer for metal analysis based on CCD technology. metal analyzers design combines high performance with rugged construction and operational convenience with reliable operation. The programmable digital spark source, optimized optical system, auto spectrum correction, digital controlled and data capturing and durable spark stand enable you to obtain fast, reliable and accurate result for metal analysis. M5000 spectrometer metal analyzer has established itself well in China market and keeps offering high performance with minimal operating costs. It covers the wavelength range 140nmï½?680nm,permitting the analysis of all elements required by the metals industry. Pre-defined calibrations are set up in factory and can be adjusted to fit special analyzing requirements. M5000 is built under strict manufacturing and quality control procedures with ISO 9001.

Icumsa 150 Crystal Specifications: Sugar: White Refined Cane Sugar Icumsa 150 Polarization: 99.70% Degrees Min Ash By Electrical Conduct: 0.08% Max (On Dry Weight Basis) Ash Content: 0.04 Max Moisture: 0.08% Max Icumsa (International Commission For Uniform Methods Of Sugar Analysis): 150 Rbu Max, Brazil S.g.s. Scale. Method N.: 4-1978 Solubility: 100% Dry And Free Flowing Color: Sparking White Radiation Within: Within Internationally Accepted Limits Granulation: Fine White Crystals To Medium Magnetic Particles: 4 Mp/k So2: 15 Mg/kg Sulphor Dioxide: 20 Mg/kg Min Sediments: None Smell: Typical And Specific For Sugar Reducing Sugar: 0.05% Max By Weight Npn Staph Aureus: Not Detected In 1 Gram Maximum As: 5 P. P. M. Maximum Ps: 2 P. P. M. Crop: 2021/2022

Tranquil Tall Tubular plate technology enables batteries long shelf life, excellent cyclic life with deep cycle capabilities, and delivers a larger amount of consistency. They are engineered to deliver increased power and efficiency while maximizing the battery Life. Tranquil Tubular batteries performed better on heavy-duty applications, the maintenance required for these batteries is quite less because of the High Power Selenium technology in it. The batteries withstand long and frequent power cuts. Tranquil TT batteries are the Most compact and designed with global acceptability, using special alloys for low maintenance of the batteries. A ceramic flame arrestor is used to prevent electrical sparks and therefore ensures the highest degree of safety for all domestic and office usage.