Discover how the GREENMAX foam recycling machine builds an efficient foam recycling system for EPS, EPE, EPP, and other foam materials, helping customers reduce waste volume, lower transportation costs, and create value through machine supply and recycled material buy-back service.

Foam densifier can compress EPS foam board and XPS foam board to the maximum, the compression ratio is 90:1.

The traditional “machine-only” sales model often creates new challenges for customers after they begin recycling. Although loose EPS foam can be compressed into ingots or blocks, customers still need to find stable buyers on their own. Therefore, the GREENMAX model is more like a truly complete Styrofoam recycling solution.

EPE foam is also a reliable commodity packaging material, it is 100% recyclable with the help of an EPE foam densifier.

The main advantage of GREENMAX is that we can purchase back your compressed foam blocks

GREENMAX foam hot melters, cold compactors, and crushers each contribute to the realization of this objective in distinct ways.

One of the most attractive advantages of the GREENMAX washing series is that these systems are not stand-alone machines operating in isolation, but can be integrated into a more complete recycling process. This means customers can build a more comprehensive and targeted plastic recycling line based on their specific needs.

GREENMAX PET recycling equipment offers value beyond simple waste reduction.

The core purpose of an EPS densifier is not simply to “make waste disappear,” but to transform foam waste into a recyclable, reusable resource. GREENMAX consistently highlights the same value across different applications: reducing transport frequency and logistics costs, and enabling recycling pathways that would otherwise be uneconomical.

GREENMAX EPE foam densifier centers on addressing this specific pain point: resolving the issue of bulkiness to make recycling truly practical. In a typical configuration, EPE material is fed into the equipment, where it undergoes volume reduction and extrusion molding via a screw mechanism, ultimately forming dense blocks.