European Standard Cast Iron Sprockets 06b-1-2-3 081b-1 083b-1/084b-1 085b-1 086b-1 08b-1-2-3 10b-1-2-3 12b-1-2-3 16b-1-2-3 20b-1-2-3 24b-1-2-3

Benefits of European Standard Cast Iron Sprockets

Excellent wear resistance: Cast iron, especially when properly heat treated (e.g. induction hardening of the teeth), has good wear resistance. This is critical for sprockets as they are constantly meshing with the chain rollers, which results in abrasive wear.

Good vibration damping: Cast iron has superior inherent damping properties than steel sprockets. This means it absorbs and dissipates vibrations more effectively, resulting in smoother and quieter machine operation. This is particularly beneficial in applications where noise and vibration reduction are critical.

Cost-effectiveness: Cast iron is more economical than steel sprockets in many applications, especially when the sprockets are large or complex shapes can be efficiently achieved through casting.

Good machinability: Cast iron is generally easier to machine than steel sprockets, which helps reduce manufacturing costs and achieve precise tooth shapes.

High compressive strength: Cast iron performs well under compressive loads, making it suitable for applications where the sprocket is primarily subject to crushing forces rather than high tensile stresses.

Good castability: Cast iron has excellent fluidity in the molten state and can be cast into complex shapes, large sizes, and high dimensional accuracy. This is very beneficial for the production of large diameter sprockets or sprockets with integrated components such as hubs or arms.