1.8159 is a low-alloy wear-resistant steel that is often referred to as the steel grade in EN 10084.
Chemical Composition:
c (carbon): 050-0.60%
SI (Silicon): 040%
MN (manganese): 070-1.10%
p (phosphorus): 0. max025%
S (sulfur): 0 max035%
CR (chromium): 090-1.20%
Ni (nickel): 040-0.70%
Areas of application:
Mechanical parts:1.8159 is suitable for manufacturing mechanical parts, especially those that require high strength and wear resistance, such as gears, shafts, pins, etc.
It has a wide range of applications in automotive transmission systems, engine parts, etc.
Construction Machinery:It is used to manufacture transmission parts for construction machinery, such as excavators, loaders, etc.
Benefits:
High Strength:After proper heat treatment, 18159 can be obtained with high hardness and strength, making it suitable for the manufacture of parts with high load and high strength requirements.
Excellent abrasion resistance:Contains chromium to improve wear resistance, making it perform well in high friction and high wear environments.
Hardenability:It has good hardenability, which allows the parts to maintain a uniform hardness distribution after heat treatment.
Solderability:It has good weldability, which is helpful for manufacturing and maintenance.
Why choose 18159：
Strength and toughness balance:1.8159 provides a balance of strength and toughness after proper heat treatment, making it suitable for applications that require high strength and toughness.
Abrasion resistance:For parts that require anti-wear properties, 1The abrasion resistance of 8159 makes it an ideal choice.
Versatility:Due to its versatility and versatility, 1The 8159 has a wide range of applications in a variety of industries.
Overall, option 18159 is typically due to its excellent performance in terms of high strength, high wear resistance, and versatility for the manufacturing needs of a wide range of mechanical parts. When it comes to choosing, it's best to determine the best material based on your specific application requirements and engineering design.