What is PVC membrane shredder?
PVC membrane shredder is the kind of shredder used for shredding material like PVC membrane. As we all know, PVC membranes are suitable for use in a wide range of roofing applications. It includes specialist installations such as simulated metal roofs. PVC membrane is also designed for all types of commercial and residential single-ply roof construction and re-roofing applications or repairs to existing PVC systems.

The advantage of PVC membrane material is that it is very suitable for warm or cold roofs whether the roof is flat, inverted or sloped. Also, PVC Membrane can be mechanically fastened, adhered or ballasted providing maximum system flexibility.

Why do we need PVC membrane shredder?
As it is known, with this roofing application, the PVC membrane material is always exposed. The exposed PVC membrane gets old easily and we need to replace it when it can’t be used anymore. The over-sized roofing PVC membrane waste makes transportation very difficult. It is not only difficult in lifting and it also takes up a lot of space for transportation. When comes to this, we can use the PVC Membrane shredder for crushing the big-sized PVC membrane into small pieces to solve the problem.

How do we choose the PVC membrane shredders?
For choosing the most suitable PVC membrane shredder, we need to consider the factors below.

– The maximum size of the PVC membrane material before shredding. The size of the PVC membrane determines the feed opening size of the shredder. If the feed opening size is smaller than the material, then we could not feed the PVC membrane material into the machine.

– Capacity. Which means how many kilos or pieces of PVC membrane material we need to shred per hour. If we have large quantity of PVC membrane material need to handle, we need to go for the big model.

– Size of the end product. If you have specific requirements about the end product’s size, you need to go for the models which not only can crush this material l and also can control the size after shredding.