High Capacity Pipe Crusher                   

Plastic pipes are described as one of the main lifelines of our modern infrastructure. They are used in many areas such as water and energy supply, sewage, logistics and many more. The demand for long, large diameter pipes for replacement and new installation of these infrastructures is accordingly very high.

Plastic pipes used in the industry can be recycled many times since they are made of thermoplastic. The first stage of the recycling process is the shredding and size reduction process.

Ztech AKS serial pipe crushers break full size PE100, Corrugated and PVC pipes in seconds without the need for shortening.

Pipes weighing hundreds of weights can be fed directly to the Pipe Crusher, thus minimizing time, energy consumption and personnel needs.

Shredder and granulator machines are used in current applications. In order to shred long materials in these machines, a pre-treatment of shortening of certain sizes is required. Preliminary cuts are made by the operator using machines such as sawmills and hand saws. And this additional stage; It causes extra energy, machinery-equipment and labor costs and time losses. In addition, cutting these large and heavy pipes by the operator using machines such as saws and sawmills carries high risks of occupational accidents.

The blades of existing crusher and shredder machines cut a random surface of the material to be broken, which does not always provide the appropriate cutting angle and prolongs the cutting process time.

Ztech AKS series pipe crushers enable materials to be fed directly into the machine and shredded without the need for preliminary size reduction. Thus, there is no need to use saws and sawmills for preliminary size reduction of pipes; A great advantage is provided in terms of time and energy. Since the material is fed into the machine without the use of pre-cutting equipment, work accidents caused by the use of tools such as saws are also prevented.

Since Ztech Axial Crusher cuts the material to be shredded by axial shearing from the tip, it can reach high cutting speeds, thus achieving significant increases in kg/hour capacity.