ASTM3325 alloy steel plays an important role in the engineering field due to its high hardness characteristics, which can improve the wear resistance and service life of parts, while increasing the processing efficiency and quality of workpieces. This material is widely used in a variety of engineering applications due to its excellent hardness properties. The following is a description of the properties and applications of ASTM3325 alloy steels:
ASTM3325 Chemical Composition:
Carbon c: 027～0.33
Silicon si: 017～0.37
Manganese mn: 030～0.60
Sulfur s : 0035
Phosphorus p : 0035
Chromium cr: 060～0.90
Nickel ni:275～3.15
Copper cu: 0030
ASTM3325 Mechanical Properties:
Tensile Strength b (MPa): 980(100).
Yield strength s (mpa): 785(80).
Impact toughness value kv (j cm2): 78(8).
Hardness : 241HB
Characteristics: High hardness: ASTM3325 alloy steel has high hardness, which can resist wear and surface wear, improve the wear resistance and service life of parts.
Application: Wear-resistant parts manufacturing: ASTM3325 alloy steel is suitable for manufacturing parts that require wear-resistant properties, such as knives, molds, etc., which can maintain high hardness and reduce wear and tear of parts, and prolong service life.
Improved machining efficiency: Its high hardness allows ASTM3325 alloy steel to reduce tool wear, improve machining efficiency and improve the machining quality of workpieces during machining.
Tool manufacturing: Widely used in tool manufacturing, such as the manufacture of drills, milling cutters, etc., can provide wear resistance and durability, and meet the requirements of long-term and high-intensity use of tools.
In summary, ASTM3325 alloy steel plays an important role in the engineering field due to its high hardness characteristics, improving the wear resistance and service life of parts, while increasing the processing efficiency and quality of workpieces. The material is widely used in the manufacture of wear-resistant parts, the improvement of processing efficiency and the manufacturing of tools.