China Diesel engine hammer crusher mill glass stone crushing machine Manufacturers, Product

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China Diesel engine hammer crusher mill glass stone crushing machine Manufacturers, Product

Diesel engine hammer crusher is a machine that uses diesel power to drive the rotor to rotate at high speed, so that the hammers impact and crush the material. It can continue to operate in the absence of electricity or power outages. It has the advantages of large crushing ratio, high production efficiency, and uniform finished product particle shape. It can process materials such as limestone, gravel, glass, and construction waste. The hammer crusher is widely used in mining, building and other industries. It is a common equipment for coarse and medium crushing of materials.

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Product Description

Working principle

The diesel hammer crusher uses a diesel engine to drive the rotor to rotate at high speed, driving the hammers to impact the material to break it. The crushed material is screened through the sieve plate. The crushed particles smaller than the sieve mesh is directly discharged through the sieve plate, and the particles larger than the sieve mesh is retained on the sieve plate and continues to be repeatedly impacted and crushed by the hammers until the particle size meets the standard and is finally discharged through the sieve plate to complete the crushing.

Frequently Asked Questions (FAQ)

Q1: How does the diesel hammer crusher break materials?

The diesel hammer crusher utilizes a diesel engine to drive its rotor at a high speed, causing the attached hammers to impact and break up the materials.

Q2: How is the crushed material screened in this equipment?

The crushed material undergoes screening through an integrated sieve plate, which separates the particles according to the size of the sieve mesh.

Q3: What happens to particles that are smaller than the sieve mesh?

Particles that are smaller than the sieve mesh are directly discharged through the sieve plate as finished output.

Q4: What happens to the material that is larger than the sieve mesh?

Material larger than the sieve mesh is retained on the sieve plate, where it continues to be repeatedly impacted and crushed by the hammers.

Q5: When is the final crushing cycle complete?

The cycle is complete when the repeatedly impacted particles are reduced to a size that meets the standard, allowing them to finally discharge through the sieve plate.