| Part Name | Common Material | Function |
|---|---|---|
| Rotor Liner | High chromium cast iron | Upper and lower surface protection around the rotor |
| Rotor Tip Liner | High chromium cast iron | Rotor edge protector |
| Distributor | High chromium cast iron | Body protection and control of the stone throwing path |
| Anvil | High chromium cast iron | Impact surface for stone collision and crushing |
| Hammer | Manganese Steel | Impact on the stones and throwing them toward the walls |
1 - 5 of 5
The VSI Crusher is a vertical shaft impact machine that accelerates rocks and causes them to collide with each other or with the Anvils, producing high-quality, cubical-shaped aggregates. This equipment is ideal for producing standard sand with high precision, low wear, and high efficiency.
Learn More
Spare Parts for VSI (Vertical Shaft Impact) Crushers at Mazandaran Steel Industries are manufactured based on years of experience and technical expertise in steel and foundry industries. During the production process, alloys with high wear and impact resistance are used, and with precise machining and advanced equipment, an unparalleled product in terms of quality and durability is delivered.
These parts are designed and produced to ensure long service life, high efficiency, and reliable operation under demanding working conditions. At Mazandaran Steel Industries, we are committed to providing standard, durable spare parts that contribute to increased productivity and reduced maintenance costs in the mining industry.
The VSI Crusher is a vertical shaft impact crushing machine used for producing artificial sand, fine aggregates, and shaping construction materials. Instead of crushing by compression or abrasion, it utilizes high-speed impact, where rocks collide with each other or with the body (Rock-on-Rock / Rock-on-Metal).
The VSI Crusher is a key machine for producing artificial sand and cubical aggregates with uniform particle size and high quality. Proper selection of rotor type, speed, impact pattern, and wear parts directly affects productivity, product quality, and maintenance costs.
For optimal performance, proper feeding, input control, use of wear-resistant parts, and periodic monitoring of the rotor and liners are essential.