10Cr2Mol heat-resistant steel rod

Special Steel 525 25/06/2023 1049 Jasmine

X10Cr2Mol Heat Resisting Steel Bar X10Cr2Mol heat resisting steel bar is a kind of stainless steel special bar with excellent high temperature strength and high temperature oxidation resistance, which can be classified into different grades according to different temperature or operating conditio......

X10Cr2Mol Heat Resisting Steel Bar

X10Cr2Mol heat resisting steel bar is a kind of stainless steel special bar with excellent high temperature strength and high temperature oxidation resistance, which can be classified into different grades according to different temperature or operating conditions. It has the advantages of high and stabilized strength, small size and heat resistivity, which make it be widely used in many fields.

X10Cr2Mol is an austenitic stainless steel containing chromium, nickel and molybdenum, as well as other alloying elements. Its alloying elements determine the mechanical properties, microstructure, phase variety, chemical and physical properties of the steel. X10CrMol steel bars are mainly used for high temperature parts requiring high strength, non-magnetic, corrosion and oxidation resistance. The temperature limit of its application is 550-900 ° C. X10CrMol steel bars can be divided into two kinds: common steel and hot rolled steel according to their production technology. Common steel has the characteristics of good plasticity and hot workability, so it is suitable for cold heading, stamping, and rolling. Hot rolled bars have higher strength and less surface defects.

X10Cr2Mol heat resisting steel bars have high temperature strength, stability and oxidation resistance, good weldability and thermal processing, and have significant advantages compared with traditional high temperature alloys. Its high temperature strength and oxidation resistance make it widely used in steam turbines and high temperature heat pumps. Its weldability and thermal processing are superior to other traditional high temperature resistance alloys, so it is very suitable for welding parts and forging components, such as turbine disc, top ring, turbocharger and other complex components. In addition, X10Cr2Mol heat resisting steel bars also have other excellent properties, such as excellent corrosion resistance, easy to machine and its hot work stability.

X10Cr2Mol heat resisting steel bars have a wide range of applications in the aerospace industry, power generation, chemical equipment, petrochemical and other industries. These superior properties make our heat resistance steel bars the ideal choice for various components and parts. We produce our X10Cr2Mol heat resisting steel bars according to the highest quality standards and requirements. Our experts are constantly striving to provide our customers with the best products to meet their needs and requirements.

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Special Steel 525 2023-06-25 1049 ZephyrFyre

: 10Cr2Mol heat-resistant steel 10Cr2Mol heat-resistant steel is a kind of low-alloy heat-resistant steel containing 10% chromium. It has good high temperature oxidation resistance, good resistance to oxidation and scaling at high temperatures, good creep resistance at high temperatures, and good......

10Cr2Mol heat-resistant steel

10Cr2Mol heat-resistant steel is a kind of low-alloy heat-resistant steel containing 10% chromium. It has good high temperature oxidation resistance, good resistance to oxidation and scaling at high temperatures, good creep resistance at high temperatures, and good weldability. With these features, 10Cr2Mol heat-resistant steel is widely used in the power station and chemical industry.

Chemical Composition

C: 0.08-0.12

Si: 0.17-0.37

Mn: 0.50-0.80

Cr: 10.00-12.00

Mo: 1.00-1.30

Ni: < 0.30

P: < 0.040

S: < 0.030

Mechanical Properties

Tensile strength σb (MPa): ≥620

Yield strength σ ≥ 0.2 (MPa): ≤420

Elongation δ5(%): 10-20

Reduction of area ψ(%): 40-50

Impact energy: ≥ 41J

Hardness: ≤ 229HB

Applications

10Cr2Mol heat-resistant steel is widely used in the manufacture of high-temperature components of some power plants and chemical plants, such as steam turbines, air preheaters, superheaters, headers and tubes, heat exchangers, heater tubes, etc. It is also used to manufacture parts such as heating furnaces, kiln linings, high-temperature pipeline shafts, fans, and pulverizers with higher temperature resistance.

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