High-frequency infrared carbon-sulfur analyzer for alloy material detection applications

High-frequency infrared carbon-sulfur analyzer for alloy material detection applications

Alloy materials have a wide range of applications in fields such as construction engineering and science and technology, and their performance requirements in various fields are different. Therefore, it is very important to test various types of alloy materials. Nanjing Kirin Scientific Instrument Group Co., Ltd. specializes in the production of high-frequency infrared carbon and sulfur analyzers for the detection and analysis of various alloys and alloy products. The company has advanced technical equipment and professional inspection team, with first-class product design, development and The research and development of high-tech talents, strong technical force, complete product range, is the leading enterprise in the domestic physical and chemical analysis instrument manufacturing industry. Accurately detect the alloy data and issue third-party test reports.

High frequency infrared carbon and sulfur analyzer with high frequency induction furnace in addition to accurate detection of an alloy material, but also rapid, accurate determination of iron alloy, stainless steel, carbon steel, alloy steel, cast iron, ductile iron, nonferrous metals, rare earth metals, cement , Ore, coke, coal, slag, ceramics, catalysts, casting core sand, iron ore, inorganic organic matter and other materials in the two elements of carbon and sulfur content.


Alloy products: steel pipes, copper aluminum, steel plate steel, welding materials, doors and windows, shutter doors, kitchen supplies, various metal pendants, machine parts, vehicle accessories, etc.

Various types of alloy testing items for steel, copper, aluminum, etc. include the following:

Physical properties: magnetic properties, electrical properties, thermal properties, oxidation resistance, wear resistance, salt spray, corrosion, density, thermal expansion coefficient, elastic modulus, hardness;

Chemical properties: atmospheric corrosion, intergranular corrosion, stress corrosion, pitting, corrosion fatigue, artificial atmosphere corrosion;

Mechanical properties: tensile, bending, yield, fatigue, torsion, stress, stress relaxation, impact, wear, hardness, hydraulic resistance, tensile creep, flaring, flattening, compression, shear strength, etc.;

Process performance: filament drawing, fracture inspection, repeated bending, bidirectional twisting, hydraulic test, flaring, bending, crimping, flattening, ring expansion, ring stretching, microstructure, metallographic analysis;

Non-destructive testing: X-ray nondestructive testing, electromagnetic ultrasound, ultrasonic, eddy current testing, magnetic flux leakage inspection, penetrant testing, magnetic particle inspection

Failure analysis: fracture analysis, corrosion analysis, etc.;

Metallographic examination: macroscopic metallographic, microscopic metallographic;

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Nanjing Kirin Scientific Instrument Group Co., Ltd.

Testing Center

Chrome Plating Production Line

Metal electroplating line is widely used in aircraft and auto parts, machinery parts, metal, hardware processing industries, including cooper plating, silver plating, zinc plating, nickel plating, gold plating, chrom plating, anodizing, electrophoresis production line,etc.

Chrome plating refers to the act of plating chromium as a plating layer on other metals.
Chromium is a kind of silver-white metal with a bluish tint. Metal chromium is easily passivated in the air, and a very thin passivation film is formed on the surface, thus showing the properties of precious metals.
The chromium-plated layer has a very high hardness, and its hardness can vary within a wide range of 400-1200HV according to the composition of the plating solution and process conditions. The chromium-plated layer has good heat resistance. When heated below 500℃, there is no obvious change in gloss and hardness. The temperature above 500℃ starts to oxidize and discolor, and the hardness starts to decrease when the temperature exceeds 700℃. The friction coefficient of the chrome layer is small, especially the dry friction coefficient, which is the lowest among all metals. Therefore, the chrome-plated layer has good wear resistance.

Chrome Plating Production Line,Chrome Plating Line,Chrome Electroplating Line,Hard Chrome Plating Line

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