At AMSL, we specialize in transforming high-performance 52100 alloy steel into mission-critical components. Our expertise in intricate 52100 alloy steel machined parts on AMSL’s CNC Swiss machine, milling, and CNC turning centers places us at the forefront of manufacturing for applications.
52100 steel, renowned for its exceptional wear resistance and ability to be hardened to extreme levels, is the ideal material for bearings, shafts, and other high-stress components.
Bearing Steel: Understanding 52100 Alloy
52100 alloy steel, also known as AISI52100 or 100Cr6. It is a high-carbon, chromium-containing steel specifically engineered for outstanding strength and durability. Its composition, typically around 1% carbon and 1.5% chromium, gives it a fine, uniform microstructure that is ideal for through-hardening. This results in a material that can achieve a very high surface hardness (up to HRC 64-66) while maintaining a tough core. This steel is the definitive choice for applications requiring maximum resistance to abrasion and fatigue.
| Type | Alloy | General Characteristics | Common Applications | Surface Applications | Request for a Quote |
|---|---|---|---|---|---|
| Steel | 52100 | around 1% carbon 1.5% chromium .25% Ni .08% Mo | bearings and shafts | PVD/DLC; QPQ | Quote |
Why Choose 52100 Steel for Your Precision Machined Parts?
When your engineering designs demand longevity and reliability under stress, 52100 steel machining delivers performance that other materials can’t match. This high-carbon, chromium-alloy steel is a premier choice for critical components that face constant stress, friction, and heavy loads.
Here are the key benefits that make 52100 steel machining your most challenging projects:
Superior Wear Resistance: The hardened surface of 52100 resists deformation and material loss from friction, significantly extending the service life of components like bearings and races.
High Hardness: Through heat treatment, 52100 steel can achieve a remarkable hardness (over 60 HRC), making it exceptionally resistant to indentation and plastic deformation.
Excellent Fatigue Strength for Dynamic Applications: Components made from 52100 can endure a vast number of load cycles, preventing premature failure in dynamic applications.
Reliable Dimensional Stability Under Load: It maintains its shape and tolerances under heavy loads and high-stress conditions, which is critical for precision assemblies.
Industries & Applications
Aerospace Components
✅ Knife
✅ Bearing
✅ Shaft
✅ Bushings
✅ Heavy Machinery / Automations
✅ Pump Components
Steel Machined Parts Gallery
View AMSL’s 52100 alloy steel machined parts gallery
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