Loose plastic waste is bulky and disorganized, making manual sorting difficult.

This equipment quickly compresses scattered materials into uniform blocks, significantly reducing occupied space.

Recycling sites can accommodate more material with efficient space utilization.

Mechanized processing replaces manual packing, reducing labor and accelerating material turnover.

Companies can process more waste in the same timeframe, improving overall operational efficiency.

Compressed blocks reduce space waste during transportation.

The same transport vehicle can carry more compressed material than loose material.

Reduces number of transports required per unit, lowering transportation costs.

Uniform blocks facilitate stacking, improving warehouse space utilization.

Reduces storage space waste and indirectly lowers site rental and management costs.

Loose plastic waste is easily contaminated with impurities during collection.

Preliminary screening before compression reduces impurities.

Compaction prevents excessive material damage during handling.

Block structure reduces contact area with external environment.

Lowers risk of moisture and contamination, providing stable raw material for processing.

Transforms difficult-to-transport loose materials into industrial-ready raw materials.

Compressed blocks can be directly supplied to recycling plants.

Materials undergo processing to become new plastic products, achieving circular economy.

Reduces reliance on virgin plastic production.

Minimizes environmental impact of plastic waste throughout lifecycle.

Completes the "collection-processing-reuse" cycle in recycling industry.