Based on the given topic, we can see that this is a question about x10cr13 (14006) Detailed material description of stainless steel. The article mainly introduces the type, characteristics, application range, chemical composition, mechanical properties, heat treatment specifications and metallographic structure of this stainless steel, as well as the delivery status.
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x10cr13（1.4006) Stainless steel material in detail**
There are many types of stainless steels, each with its own unique properties and uses. In this article, we'll dive into **x10cr13(1.).4006) stainless steel, including its type, characteristics, range of application, chemical composition, mechanical properties, heat treatment specifications and metallographic structure, as well as delivery status.
1. Types and characteristics**
x10cr13（1.4006) stainless steel is a semi-martensitic stainless steel. This stainless steel has high toughness and cold deformation, as well as good corrosion resistance. These properties make X10Cr13 stainless steel ideal for manufacturing parts that are subject to shock loads. These parts may include turbine blades, hydraulic press valve bodies, fasteners, hot cracking equipment accessories, and more. In addition, due to its good antioxidant properties, it can also be used to manufacture oxidation-resistant parts below 650.
2. Chemical composition**
The chemical composition of X10Cr13 stainless steel is as follows: Carbon C: 008～0.15；Silicon SI: 100；Manganese mn: 150；Sulfur s: 0030；Phosphorus p: 0040；Chromium cr: 1150～13.50；Nickel ni: 075。Together, these chemistries determine the properties and uses of X10Cr13 stainless steel.
3. Mechanical properties**
The mechanical properties of X10Cr13 stainless steel are as follows: tensile strength B (MPa): up to 470 670 after quenching and temperingConditional yield strength 02(mpa): after quenching and tempering, 265;Elongation δ5 (%) after quenching and tempering, 20. These data show that X10Cr13 stainless steel has high strength and good plasticity, and can withstand large loads and impacts.
Fourth, heat treatment specifications and metallographic structure**
The heat treatment specifications of X10Cr13 stainless steel are as follows: annealing treatment is carried out first, the temperature is between 800 900, slow cooling or about 750 fast cooling; Then quenching is carried out at a temperature between 950 and 1000, and the oil cooling method is adopted; Finally, it is tempered at a temperature between 700 and 750 °C and cooled quickly. Through these heat treatment steps, the mechanical properties and corrosion resistance of X10Cr13 stainless steel can be further improved. In terms of metallographic structure, the microstructure of X10Cr13 stainless steel is characterized by martensitic type. This tissue structure allows it to exhibit good stability and strength when subjected to loads.
5. Delivery status**
X10Cr13 stainless steel is generally delivered in a heat-treated condition. The specific type of heat treatment should be specified in the contract. Deliveries that do not indicate the state of heat treatment shall be delivered in the condition of non-heat treatment. This ensures that the material is delivered with the required properties and properties for direct user use.
In summary, x10cr13 (14006) stainless steel, as a semi-martensitic stainless steel, has high toughness and cold deformation, good corrosion resistance and oxidation resistance. Through our understanding of its chemical composition, mechanical properties, heat treatment specifications, and metallographic structure, we can better utilize this material to manufacture a wide range of parts and equipment that need to withstand shock loads and higher temperatures. Hopefully, this article will help you better understand and use X10Cr13 stainless steel, a high-quality material.