GREENMAX cold-press foam recycling machine meets Styrofoam recycling needs across multiple industries, including e-commerce logistics, traditional manufacturing, packaging, and community recycling stations, delivering excellent performance in every scenario.

Piled-up fish boxes and EPS buoys have long been a headache for coastal fish dealers. GREENMAX polystyrene compactor offers a two-in-one solution, handling both foam recycling and EPS buoy recycling while reducing recycling costs.

Capable of processing both EPS and EPE with a 90:1 reduction ratio, the GREENMAX EPS densifier is the best choice for electronics companies pursuing efficient polystyrene and polyethylene recycling.

Waste EPS can be transformed into high-value densified EPS ingots. GREENMAX offers a closed-loop EPS recycling solution, covering Styrofoam densifier supply, block buyback, and reprocessing.

The foam compactor and pelletizing machine focus on different recycling outcomes and deliver different EPP recycling benefits, but both can generate continuous economic returns and reduce costs.

The foam shredder requires low investment, is easy to maintain, increases the added value of EPS recycled scraps, and can be connected to compaction or pelletizing equipment — making it the ideal starting point for Styrofoam recycling.

How to achieve high-density EPP recycling? GREENMAX handles it with ease through a fully automated system combining dual shredders and an EPP densifier.

The EPS compactor offers a comprehensive solution for Styrofoam recycling in construction, covering waste from board production, on-site cutting, and renovation—supporting the shift toward green building.

The dewatering machine delivers high-efficiency dewatering and a 10:1 volume reduction, helping recyclers effectively handle beverage residue while reducing labor costs in PET bottles recycling.

How to choose between the two commonly used types of polystyrene compactors—cold-press and thermal melting—for smoother polystyrene recycling? GREENMAX provides a comprehensive analysis from multiple perspectives.