PVC PulverizerTurn waste into profit with our advanced recycling technology. Designed for performance, built for sustainability.
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APPLICATIONSOur industrial granulators are designed to process a wide range of materials with maximum efficiency and minimal maintenance.
Agriculture | BOPP Film
Recycle BOPP film waste, reduce plastic pollution, and recover valuable raw materials.
Waste Textile
Process waste belts safely, prevent hazards, and make rubber/energy recovery possible.
Plastic Profiles
Recover valuable PVC from profile waste, reduce material use and waste risk.
Hard Plastics
Recycle PET bottles to combat plastic pollution and save new raw materials.
Electronic Waste
Process e-waste plastics safely, prevent pollution, and recover materials.
Fishing Nets
Fight ocean pollution: Recover valuable polymers (PA/PE) from discarded fishing nets.
Big Bags | FIBC’s
Recycle large woven big bags (FIBC’s), save storage space, and recover PP.
Extrusion Pellets Plastic
Recover valuable plastic by granulating large extrusion pellets and cleaning material.
OUR MACHINES
Precisely designed, built for sustainability: our industrial granulators deliver unmatched performance in plastic recycling.
PVC Milling System
Advanced temperature-controlled milling technology that maintains material integrity during the processing of hard PVC components on an industrial scale.
Micronization
Precision technology for ultrafine particle reduction with adjustable output size of 0.5-2 mm, enabling high-quality powder applications.
Industrial granulator systems with hardened steel rotors and adjustable sieve configurations for optimal throughput and energy efficiency.
Plastic Granulator
Pipe & Profile Breaker
Heavy-duty breaker systems specially designed for large diameter pipes and structural profiles with minimal risk of jamming and consistent output.
Single Shaft Shredder
Innovative feed system design for continuous processing of long pipe sections with minimal operator intervention and maximum throughput.
OUR TECHNOLOGY
Innovative technical solutions that maximize material recovery while minimizing operational costs.
Precision Cutting Technology
Our patented rotor design combines optimal cutting angles with hardened tool steel knives for maximum durability and consistent performance, even with abrasive materials.
The specially developed shear cutting principle minimizes heat generation and reduces energy consumption, while maintaining a high throughput capacity for various material streams.
The specially developed razor-sharp cutting principle minimizes heat generation and reduces energy consumption, while maintaining a high throughput capacity for various material streams.
Smart Control Systems
Our industrial granulators are equipped with advanced PLC control systems with real-time monitoring and automatic overload detection to maximize efficiency and prevent damage from overloading or contamination.
Remote diagnostic capabilities make proactive maintenance planning and quick problem-solving possible, minimizing costly downtime in production environments.
Energy Optimization
Our systems include Siemens variable frequency drives that adjust energy consumption based on material throughput, reducing energy costs while maintaining optimal processing parameters.
Innovative flywheel designs and systems for kinetic energy recovery maximize efficiency, even when processing tough materials, resulting in significantly lower operational costs.
FREQUENTLY ASKED QUESTIONS
Find answers to your questions here. Can't find the answer you're looking for? Please contact us.
What materials can your granulators process?
Our granulators are highly versatile and can process a wide range of plastics, including hard plastics (HDPE, PVC, ABS), soft plastics (LDPE film, PP bigbags), profiles, pipes, and even more complex materials such as textiles and e-waste. For specific or contaminated material streams, we recommend contacting us for an analysis and possibly a material test.
What is the difference between a shredder and a granulator?
A shredder is generally used for primary, coarse reduction of large and bulky materials (e.g., whole bales of plastic, car tires). A granulator is used for secondary, finer reduction to produce a uniform, small granulate that can be reused or further processed. They are often used together in a recycling line: first the shredder, then the granulator.
How do I choose the right machine for my application?
The choice depends on several factors: the type of material, the size and shape of the feed material, the desired output size (granulate size), and the required capacity (kg/hour). Our team of experts is happy to help you select the perfect machine. Please contact us for a free consultation.
What about maintenance and spare parts?
Our machines are designed for durability and minimal maintenance. Wear parts such as blades and screens are easy to replace. We offer a full range of original spare parts and can provide service and maintenance plans to maximize the lifespan and performance of your equipment.
Do you offer the possibility to test our materials?
Yes, absolutely. We understand that each material stream is unique. We encourage customers to send material samples for a test run in our test center. This way, you can see the performance of our machines with your own eyes and be assured of the right solution for your specific application.
READY TO OPTIMIZE YOUR RECYCLING PROCESS?
Our engineers analyze your material stream and processing requirements to recommend the perfect solution for your specific needs.
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