Title: CO131 nickel-based alloy steel detailed parameters, chemical composition and functional overview.
1. Detailed parameters CO131 is a nickel-based alloy steel, and its main components and properties are as follows:
Material name: CO131 nickel-based alloy steel.
Model: CO131
Main Ingredients: Carbon(C) 005%, silicon (Si) 08%, manganese (mn) 08%, nickel (Ni) margin, cobalt (CO) 2%, chromium (Cr) 2%.
Density: 795 grams cubic centimeters.
Heat treatment: Different heat treatment is carried out according to specific products and application scenarios, including but not limited to solution treatment, aging treatment, etc.
Delivery status: cutting, polishing, heat treatment and other processing according to customer requirements.
Hardness: between HBW220-HBW320.
Second, the chemical composition.
The main chemical composition of CO131 gives it excellent corrosion resistance, high temperature oxidation resistance, good mechanical strength and hardness. Specifically, the high nickel content ensures the stability of the material in a corrosive environment, while the low carbon content and low silicon and manganese content reduce the brittleness of the material and improve its toughness. In addition, the addition of chromium and cobalt also enhances the resistance to high-temperature oxidation and mechanical strength of the material.
3. Summary of functions.
The main functions of CO131 nickel-based alloy steel include:
1.Good corrosion resistance: Due to its high nickel composition, CO131 has excellent stability in corrosive environments.
2.Good high temperature stability: Due to its chromium and cobalt content, CO131 can still maintain good mechanical strength and stability in high temperature environments.
3.Good mechanical strength: With proper heat treatment, CO131 can achieve good strength and hardness.
4.Good processability: CO131 has good processing properties such as cutting, polishing and heat treatment.
Overall, CO131 nickel-based alloy steel is an alloy steel with excellent comprehensive properties, suitable for a variety of application scenarios that require corrosion resistance, high-temperature stability, and good mechanical strength.