Industrial Plastic Recycling Equipment
Prepare plastic lumps, purgings, pipes, film, containers, pallets, and production scrap for washing, granulation, or easier handling. BoRay matches single shaft screen control or double shaft pre-shredding to the form of your feed and the next processing stage.
Your Plastic Feed
Solid lumps need sustained contact with the knives. Film and woven bags need suitable feeding and rotor engagement, while hollow containers deform under load. Long pipes and large pallets also need enough chamber space and an appropriate feeding direction.
These differences guide the rotor, pusher, drive, and screen choices—and whether single shaft shredding or double shaft pre-shredding fits the job.
| Your material | What matters during processing | Configuration to compare |
|---|---|---|
| Lumps, purgings, and thick blocks | Dense material needs firm knife engagement and sustained feeding. | Single shaft hydraulic feeding, rotor, and screen options. |
| Pipes, profiles, and sheets | Length, diameter, and wall thickness affect entry into the chamber. | Chamber size, feeding arrangement, and whether pre-cutting is needed. |
| Film, woven bags, and flexible packaging | Loose material behaves differently from compressed bales; wrapping also matters. | Rotor and feeding choices suited to the feed form and discharge requirement. |
| Bottles, drums, and hollow containers | The machine needs to maintain its grip as the container collapses. | Double shaft for primary volume reduction; single shaft where screen control is needed. |
| Crates, pallets, and large products | Bulky dimensions combine with thicker ribs and corners. | Single or double shaft options based on feed dimensions and the next process. |
| Mixed production scrap | A batch may contain different plastics, thicknesses, and shapes. | Cutting and feeding choices matched to the main material and more demanding items. |
Machine Selection
Compare how each arrangement feeds the material and prepares it for the next stage.
Read the selection guide for plastic lumps, purgings, and thick-walled scrap
For screen-controlled feed
A hydraulic pusher feeds plastic into the rotor. Larger pieces remain in the chamber for further cutting until they pass through the selected screen. Compare BRS for lumps, purgings, pipes, and crates where washing or granulation equipment needs sized feed.
View BRS Models →
For larger feed and heavier duty
A larger chamber and swing-arm pressing system accommodate large plastic blocks, baled feed, and heavier processing duties. Compare bale or block dimensions, target discharge, and daily working hours when selecting a model.
Compare BRS and BRS-H →
For bulky and hollow plastics
Twin rotors grip drums, pallets, containers, and mixed plastic products for primary tearing and shearing. Compare this arrangement when the first task is to reduce bulk and make material easier to convey or feed into further size reduction.
View Double Shaft Models →The Next Process
Consider both how the plastic enters the shredder and where the discharged material will go.
| Next process | What the shredding stage needs to do |
|---|---|
| Washing and separation | Reduce bulky or irregular plastic into a form that suits conveying and the washing line’s feed requirements. |
| Further granulation | Reduce blocks, long pieces, or large products before the granulator performs finer size reduction. |
| Storage and transfer | Reduce bulky plastic products for easier loading, handling, and subsequent processing. |
The shredder performs front-end size reduction. When finer regrind or recycled pellets are required, granulation, washing, drying, and pelletizing equipment determine the final product.
Already have a washing line or granulator? Start with its feed requirements so we can discuss the shredder discharge and connection point.
Machine Configuration
Each choice should address how your material behaves and what the next machine needs.
Rotor, hopper, and pusher choices work together. Solid lumps need sustained knife engagement, loose film needs suitable feeding control, and large containers need chamber space and reliable grip.
On single shaft machines, the screen retains larger pieces for further cutting. Openings are selected alongside the material form and the next machine’s feed requirements.
PLC overload protection and automatic reverse help release obstructed material and reduce manual intervention when feeding loads change.
Knife material, rotor structure, and maintenance access are selected around the plastic type, contaminants, and operating hours. See the machine pages for the relevant cutter and structure details.
Explore the single shaft structure and knife options or compare double shaft pre-shredding.
Manufacturing
BoRay’s workshop records show frame fabrication, equipment assembly, and finished-machine checking. Review the structure details alongside the manufacturing process.
Request a Quote
Tell us whether your plastic is solid, hollow, loose, or baled, and what happens after shredding. We will help compare single shaft, heavy-duty single shaft, and double shaft options. You can start before every parameter is known.
Send photos or short videos through WhatsApp or email.
Project Consultant
I can help compare single shaft output control with double shaft pre-shredding. Share a material photo or describe the problem at your current feeding or recycling stage.
FAQ
Suitable configurations can be selected for these materials. Loose film, woven bags, and compressed bales feed differently, so rotor engagement, feeding, and wrapping behavior are considered together. Tell us whether the material arrives loose or baled.
Shredding performs the initial size reduction. The need for washing, drying, or further granulation depends on the feed condition and the pelletizer’s requirements. We can discuss the shredder around your existing or planned downstream equipment.
Start with the main plastic type, feed form, and required throughput. Together with target discharge and operating hours, these guide the chamber, drive, and feeding choices for a material-specific model recommendation.
Yes. Describe the plastic you process and the feeding, volume-reduction, or recycling problem you want to solve. Include any known dimensions, capacity, or downstream equipment details; we can clarify the rest together.
Start with the material and the result you need. We will help compare the machine options.
Discuss Plastic Shredding
