Further explanation of the properties and applications of 35crnimo6 alloy structural steel:
Grade: 35crnimo6 alloy steel.
Material No.: 16582 bonded steel.
35CrNimo6 standard: DIN EN 10083-3:2006
35CrNimo6 Features and Applications:
35CrNimo6 material, German grade special steel.
35CrNiMo6 Chemical Composition:
Carbon c: 03-0.38
Silicon si: 04
Manganese mn: 05-0.8
Nickel ni:13-1.7
Phosphorus p: 0025
Sulfur s: 0035
Chromium cr: 13-1.7
Molybdenum mo: 015-0.3
Characteristics: High Strength: 35CrNimo6 alloy structural steel has high strength, which can withstand large loads and high strength requirements.
Wear resistance: Due to its special alloy composition, 35crnimo6 alloy structural steel exhibits excellent wear resistance, which is able to resist wear caused by factors such as friction, grinding and abrasive particles.
Fatigue resistance: 35crnimo6 alloy structural steel maintains stable strength and toughness under long-term cyclic loading, and has excellent fatigue resistance.
Application: Due to its excellent properties, 35crnimo6 alloy structural steel has a wide range of applications in the following fields:
Machinery manufacturing: 35crnimo6 alloy structural steel is often used in the manufacture of heavy machinery parts, such as shafts, gears, transmission racks, etc., to meet the requirements for high strength and wear resistance.
Industrial production: 35crnimo6 alloy structural steel is also widely used in industrial production to manufacture a variety of important parts that withstand high loads and harsh working environments.
Other applications: 35CrNimo6 alloy structural steel is also suitable for manufacturing components that require high strength and wear resistance in fields such as aerospace, petroleum and chemical equipment, and automotive manufacturing.
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