PCZ Heavy Hammer crusher

Heavy-duty hammer crushers crush materials through the collision of high-speed hammers. They feature simple structure, one-step crushing, a high crushing ratio, small product particle size, and high production efficiency. They can be used for both dry and wet crushing, making them suitable for fine crushing of medium-hardness and brittle materials in the mining, cement, coal, building materials, and fuel industries. The hammer crusher can adjust the gap between the hammer head and the liner to meet the varying crushing needs of different users, changing the output particle size. This type of crusher is highly popular among users both domestically and internationally.

Performance Features

01

High crushing ratio, fine finished product shape

Large input particle size and small output particle size allow the finished product to be adjusted to various specifications, including coarse, medium, and fine, according to demand. The product is free of flaky or smooth particles, and features multiple angles and edges to ensure compressive strength.

02

Low operating costs and low investment

The heavy-duty hammer crusher features a one-step crushing process, eliminating the need for a secondary crushing and shaping process. This achieves a low-cost, one-crush-to-two-crushing approach, reducing costs by approximately 40%.

03

Long service life

The heavy-duty hammer crusher's hammer head can rotate 360°, increasing its flexibility and making the hammer handle less susceptible to breakage when impacting large or slightly hard materials, thereby extending the hammer's service life.

04

Energy-saving, environmentally friendly, and pollution-reducing

The hammer crusher can be used for both dry and wet crushing. Water can be added to wet crushing to reduce dust pollution.

Working principle

A hammer crusher uses impact to crush materials. The main working component is a rotor with hammers, which consists of a main shaft, discs, pins, and hammers. The motor drives the rotor to rotate at high speed within the crushing chamber. Material enters the machine through the upper feed port and is crushed by the impact, impact, and grinding action of the high-speed hammers. A sieve plate is located beneath the rotor. Particles smaller than the sieve apertures pass through the plate, while coarse particles larger than the sieve apertures are retained on the plate, where they continue to be struck and ground by the hammers before being discharged through the sieve.

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