Structure and Working Principle

A cement hammer crusher machine consists of several key components such as the box frame, rotor, hammers (or hammer heads), impact plate, sieve plate, and other essential parts. The rotor equipped with hammers serves as the main working element. When the rotor spins at high speed, the hammers strike the material, causing it to be beaten, sheared, impacted, and ground into smaller particles. Below the rotor, a screen mesh allows broken materials of suitable size to pass through and be discharged, while larger particles remain for further crushing.

Why Choose DMPCR Hammer Cement Crusher Machine?

DMPCR ’hammer crusher machines offer numerous advantages that make them a preferred choice in cement and mineral processing industries. They feature a large reduction ratio—typically ranging from 10 to 25 and reaching as high as 50—ensuring efficient size reduction of raw materials. The machines deliver high production capacity with consistent and uniform product size.

The simple and lightweight structure allows for easy operation and maintenance, reducing downtime and operational costs. AGICO applies advanced design technologies to optimize impact forces, improving the crusher’s performance and lifespan.

Our hammer crushers accommodate large feed sizes, enabling high throughput and producing well-shaped grain products suitable for various applications. They perform super crushing that combines coarse, medium, and fine crushing steps into a single operation, increasing efficiency and reducing energy consumption.

Compared to earlier models, AGICO’s hammer crushers achieve a 30 percent increase in output, with less than 20 percent of the material producing flat or elongated powder, which enhances product quality. Durable materials such as chromium manganese alloy are used in hammer heads and sieve plates, increasing their resistance to wear and impact and extending the equipment’s service life.