Hot melter
Cold Compactor
Shredder
Pelletizing line
Squeezer Series
Supporting Equipments
EPS Foam Compactor: A Key Technical Solution to the Warehouse Waste Disposal Challenge
In the modern logistics and warehousing industry, EPS (Expanded Polystyrene, commonly known as foam plastic) is widely used as cushioning packaging material for electronic products, household applian…
High-Power Foam Densification Compactor: Technical Pathways and Practices for Collaborative EPE and EPS Recycling
The Heavy Burden of Lightweight Materials Against the backdrop of intensifying global efforts to combat plastic pollution, the efficient recycling of foam materials has become a critical link in the…
The Physical Recycling Pathway for Polystyrene Foam: Technological Maturity, Economic Viability, and Application Prospects
The Heavy Burden of a Lightweight Material Polystyrene foam (including Expanded Polystyrene EPS and Extruded Polystyrene XPS), leveraging its lightweight nature, low cost, and excellent shock-absorb…
The European Polystyrene Recycling Market: Growth Drivers, Policy Drivers, and the Role of Compaction Technology
Market Fundamentals: EPS Consumption Continues to Rise Polystyrene, polymerized from styrene monomers, is one of the most widely used plastics in European packaging and building insulation. The Euro…
From Environmental Burden to Economic Resource: The Industrial Transformation of Polystyrene Recycling in Europe
Market Background and Policy Drivers Polystyrene, made from styrene monomers, is one of the most widely used plastics in packaging and building insulation. Its significant cost-effectiveness and bro…
The Recycling Dilemma of Appliance Foam Packaging and Feasible Pathways
The Ubiquitous "#6" Label and the Reality of Difficult Recycling Televisions, computers, refrigerators, and other household appliances rely on white foam packaging (Expanded Polystyrene, commonly kn…
Compaction Pretreatment: A Critical Link in the Chemical Recycling Chain for Polystyrene Waste
The Environmental Challenge of Polystyrene Waste Polystyrene (PS), valued for its lightweight and insulating properties, is widely used in packaging and construction sectors. However, post-consumer …
From Spatial Burden to Value Node: Compaction Recycling Pathways for EPS Foam Packaging
From Spatial Burden to Value Node: Compaction Recycling Pathways for EPS Foam in Packaging Workshops The "Space Invader" in Electronics and Furniture Packaging In packaging workshops across the ele…
Application and Effectiveness of Hot Melt Compaction Technology in EPS Foam Recycling Across Europe
In Europe, the continuous expansion of the logistics, furniture manufacturing, and e-commerce retail sectors has generated substantial volumes of Expanded Polystyrene (EPS) foam waste—ranging from fu…
Polystyrene Shredder: A Practical Tool for Recycling Small Foam Packaging Boxes
Against the backdrop of rapid e-commerce retail and express logistics growth, small foam packaging boxes are widely used due to their lightweight and shock-resistant properties. At the same time, the…
Comparison of EPS Foam Recycling Technology Routes: Process Characteristics and Selection Criteria for Cold Compaction and Hot Melt
In the field of Expanded Polystyrene (EPS) waste treatment, cold compaction and hot melt are two technically proven routes. Both share the core objective of material volume reduction, but differ sign…
Dual-Track Parallel: Analysis of Cold Compaction and Hot Melt Technologies for EPE Recycling
With the widespread application of Expanded Polyethylene (EPE) in electronics, furniture, and cold chain transportation, the issue of its waste disposal is becoming a new environmental focus. EPE is …
