Low Maintenance Iron Hammer Crushing Machine Manufacturer
Iron Hammer Crushing Machine is suitable for crushing medium hardness materials, such as limestone, incineration bottom ash, coke, coal and other materials in cement and other industrial sectors. RUIJIE is committed to manufacturing and supplying high quality, adjustable, durable iron hammer crusher.
Iron Hammer Crushing Machine Features
1. Shell plate made of Q355B alloy high-strength structural steel plate, higher yield strength and tensile strength.
2. Hammer head made of ZGMn13-3 (high manganese steel), maintaining stability and integrity even in humidity, acid and alkali environment.
3. Anti-rust & anti- corrosion, strong adaptability, longer service life.
Why Choose RUIJIE Iron Hammer Crushing Machine for Mining, cement, coal and other industries?
Choose a RUIJIE Iron Hammer Crushing Machineand experience powerful crushing performance and long-lasting durability. Get a free quote now to optimize your production processes and ensure maximum productivity!
Working Principle of Hammer Iron Crusher
The hammer iron crusher operates on the principle of high – speed impact and mechanical grinding. Here’s how it works:
1. Rotation and Impact
A motor drives the main shaft, which in turn rotates the rotor fitted with hammer heads at high speed (hundreds to thousands of revolutions per minute). As scrap iron enters the crushing chamber through the feed inlet, the fast – moving hammer heads strike the material with strong impact force, breaking large pieces into smaller fragments.
2. Rebound and Secondary Crushing
The initially crushed materials rebound off the wear – resistant liner plates on the chamber walls and are struck again by the hammer heads or collide with other pieces, undergoing further fragmentation.
3. Grinding and Shearing
Smaller particles are then ground and sheared between the hammer heads and liner plates. The edges of the hammer heads apply shear force to tough steel, while friction and extrusion refine the particles.
4. Screening and Discharge
Finally, the crushed iron passes through a screen plate at the bottom of the chamber. Materials meeting the desired particle size fall through the screen holes for discharge, while over – sized pieces are retained and sent back for additional crushing until they reach the required size.
