Large Diameter HDPE  Pipe Horizontal Crusher Machine Application:

PNPC series horizontal crusher machine is suitable for PP/PE/PVC/HDPE pipes with diameter less than 630mm, also suitable for processing all kinds of soft and hard plastics. take the board, ball-type bar-type and offcut of plastic to granulate into granules, in the plastic and rubber industry, it plays an important role can processing and recycling defective products, waste products and offcut of plastic quickly and promote the plastic availability.

The horizontal crusher machine is the size reduction machine available to shred the PP/PE/PVC/HDPE pipe for recycling purposes. Because this crusher can crush the PP/PE/PVC/HDPE pipes into small pieces or even granulates.

Large Diameter HDPE Pipe Horizontal Crusher Machine Feature:
Integrated body: sturdy and durable, able to maintain excellent performance even after prolonged use.
Heavy duty configuration: Heavy duty bearings are paired with dust-proof and soundproof hoppers to effectively suppress vibration and noise.
Efficient rotor: The blade rotor adopts the shearing principle and is refined from high chromium steel, making it easy to meet various plastic shredding needs.
Adjustable blade: The blade clearance is adjustable, and it can be disassembled and reused after wear, extending its service life.
Convenient maintenance: The hopper, main body, and grid can be easily disassembled for daily cleaning and maintenance.

Operational principle:
When the equipment is started, the spindle of the crusher drives the hammer head to rotate at high speed. The HDPE pipe to be crushed enters the crusher through the feeding system and is then struck and torn by a high-speed rotating hammer. At the same time, the anvil inside the crusher also plays an auxiliary role in crushing the pipes together with the hammer.
During the crushing process, the pipes are gradually decomposed into small pieces and particles, which are then discharged through the discharge system inside the crusher. The entire crushing process is carried out in a closed environment, effectively reducing the generation of noise and dust.

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