For demanding applications where powder quality and output cannot be compromised, the Energycle High-Performance Pulverizer is the definitive solution. Engineered for precision and maximum throughput, this machine transforms PVC scrap into exceptionally fine, uniform powder, empowering you to produce higher-quality end-products while optimizing your operational efficiency.

Engineered for Peak Performance
Precision Milling Discs
High-quality, specially hardened discs grind materials into exceptionally fine and uniform particles, ensuring consistent quality for the most demanding downstream applications.
Intelligent Vibro Feeder
Automatically adjusts the material feed rate based on the motor’s amperage, ensuring the grinding chamber operates at optimal load for maximum efficiency and preventing overloads.
Advanced Cyclone Separation
Pneumatically conveys and efficiently separates the fine powder from the airstream. An integrated screening machine re-routes any coarse particles for re-pulverizing, maximizing yield.
High-Throughput Design
Engineered for continuous, high-capacity operation, our system delivers impressive output rates (up to 800 kg/h) to meet large-scale production demands without sacrificing quality.
Optional Temperature Control
An available mist injection unit actively cools the grinding process. This prevents material degradation from heat, crucial for maintaining the integrity of heat-sensitive polymers.
Customizable Soundproofing
For facilities in noise-sensitive areas, we offer optional sound insulation enclosures that significantly reduce operational noise levels without impacting performance.
Technical Specifications
Model | Power | Rotating Diameter | Fan Power | Number of Blades | Vibration Screen Diameter | Production Capacity | Equipment Weight |
---|---|---|---|---|---|---|---|
RTMPV-500 | 40KW | 500mm | 4KW | 12+24 | 800mm | 150-200 kg/h | 1500KG |
RTMPV-600 | 55KW | 600mm | 5.5KW | 13+26 | 1000mm | 200-450 kg/h | 2000KG |
RTMPV-800 | 75KW | 800mm | 11KW | 15+32 | 1200mm | 500-800 kg/h | 2800KG |
Ideal for Demanding Applications
High-Quality Compounding
Produce fine, consistent powders that serve as premium additives for creating high-value plastic compounds and masterbatches.
Rotational Molding
Create the ideal particle size distribution required for rotational molding processes, ensuring smooth, uniform wall thickness in finished products.
Extruded Product Manufacturing
Improve the surface finish and structural integrity of extruded products like pipes, profiles, and siding by using high-quality recycled powder.
Technical FAQ
What makes the milling discs “high-performance”?
Our high-performance discs are crafted from a superior, wear-resistant steel alloy and feature an optimized geometry with a higher number of teeth. This design allows for a more aggressive yet precise cut, resulting in finer particles and a longer service life compared to standard discs.
How fine can the powder be, and is the particle size adjustable?
Yes, the particle size is adjustable. By changing the gap between the rotating and fixed discs, and by using different screen mesh sizes, you can consistently achieve powders typically ranging from 20 to 120 mesh, depending on your specific requirements.
Is the temperature control unit necessary for all materials?
While not always necessary, the optional temperature control unit is highly recommended when processing heat-sensitive PVC formulations or running the machine at maximum capacity for extended periods. It prevents material from melting or degrading, ensuring consistent powder quality and protecting the equipment.
Achieve Uncompromising Quality and Throughput
Stop letting equipment limitations dictate your product quality. The Energycle High-Performance Pulverizer is your key to unlocking new levels of precision, efficiency, and profitability. Contact our technical team today to discuss your application and get a detailed quote.
[…] processing PVC into fine powders for applications like coatings, pipes, or fittings requires pulverizers—specialized machines that grind PVC into uniform particles. The efficiency and performance of […]