Hammer Crusher

Brief Introduction

The Hammer Crusher is a device for crushing materials in the form of impact, which is divided into two parts: upper and lower parts, welded by steel plates after cutting.

Scope

The Hammer Crusher is adept at crushing medium-hard materials. Common applications include processing limestone, slag, coke, and coal within the cement, chemical, electric power, and metallurgy industries.

Application

The Hammer Crusher is extensively utilized across various industrial sectors due to its impact crushing capabilities. It is particularly effective in the mining, metallurgy, chemistry, cement, construction, refractory materials, and ceramics industries.

Working Features

· High crushing ratio, high efficiency

· Uniform particle size, simple structure

· Low investment, easy management

Working Principle

Impact Crushing

The hammer crusher primarily operates through the conversion of impact energy to crush materials. As materials enter the machine, they are struck by the high-speed rotating hammers.

Kinetic Energy Transfer

The crushed materials gain kinetic energy from the hammer heads, propelling them towards the baffle and screen bars within the frame.

Material Separation

Inside the crushing chamber, materials are sorted by size. Those larger than the sieve holes are stopped by the screen bars, while smaller particles pass through.

Discharge Process

The final crushed materials are discharged through the gaps in the screen bars, marking the completion of the crushing operation.

Specification

Model	PC400x300	PC600x400	PC800x600	PC1000x800
Rotor Diameter （mm）	400	600	800	1000
Rotor Width （mm）	300	400	600	800
r/min	1100	1000	960	980
Input Size （mm）	<100	<220	<350	<400
Output Size （mm）	0-10	0-20	0-25	0-25
Capacity （t/h）	3-8	8-15	15-45	40-60
Power （kw）	11	18.5	45	75
Hammer Number （pcs）	16	20	28	30
Weight （ton）	0.5	1.6	4	6.5
Dimension （mm）	855795860	115010951230	236014901415	307217202121

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