EVA Foam Sheet Shredding Machine Trial Run

Efficient Volume Reduction for Lightweight Foam: Processing bulky EVA foam sheets and production scraps creates logistic challenges. This trial demonstrates how our Single Shaft Shredder, equipped with a smart hydraulic pusher, effectively grabs and shreds light materials, transforming bulky waste into manageable particles for regrinding or compaction.

Optimized for Foam Recycling

Overcoming the "bridging" effect where light foam floats on top of the rotor.

Aggressive Hydraulic Pusher
Lightweight EVA foam tends to float. Our intelligent hydraulic ram actively forces the bulky sheets against the rotor, ensuring continuous shredding and preventing material bridging in the hopper.
Sharp Cutting Geometry
EVA is elastic and tough. We utilize a specific V-rotor design with sharp cutting angles to slice through the foam cleanly, minimizing dust generation and energy consumption.
High Volume Reduction
Instantly reduces the volume of foam scraps by up to 80%. The shredded output is uniform in size, making it perfect for downstream granulation, briquetting, or reprocessing.

Streamline Your Foam Waste Management

Need a solution for EVA, PE foam, or sponge waste? Check our shredder models and specifications.

View Shredder Specifications

Author: energycle

Energycle is a premier global provider and manufacturer specializing in advanced, high-efficiency plastic recycling solutions. We are dedicated to engineering and producing robust, reliable machinery that covers the entire recycling spectrum – from washing and shredding to granulating, pelletizing, and drying.Our comprehensive portfolio includes state-of-the-art washing lines designed for both flexible films and rigid plastics (like PET and HDPE), powerful industrial Shredders, precision Granulators & Crushers, efficient Pelletizing Machines, and effective Drying Systems. Whether you require a single high-performance machine or a complete, customized turnkey production line, Energycle delivers solutions meticulously tailored to meet your unique operational needs and material specifications.

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