Plastic bags are highly versatile packaging materials that are lightweight, low-cost, and adaptable to a wide range of uses. By selecting materials and thicknesses suited to the characteristics of the product being stored — such as waterproofing, transparency, and strength — we ensure sufficient protective performance while keeping costs down.

PCR Bags (Plastic Bags Blended with Recycled Resin)

These plastic bags are blended with PCR (Post-Consumer Recycled) resin made from reused plastic waste. Using primarily recycled polyethylene (Recycled PE) and recycled polypropylene (Recycled PP), they reduce the amount of virgin material used while maintaining strength and sealing performance equivalent to conventional products. They are chosen by companies that prioritize reducing CO2 emissions and contributing to a circular economy.

Biomass Bags (Plastic Bags Blended with Plant-Derived Raw Materials)

These plastic bags replace part of the petroleum-derived raw material with plant-derived biomass polyethylene (Bio-PE), such as from sugarcane. Since the physical properties are nearly identical to conventional polyethylene, printing and bag-making processes can be applied as-is. This is a suitable option for reducing carbon footprint without changing the feel or quality of use.

Biodegradable Bags (Compostable Plastic Bags)

These plastic bags use biodegradable resins, such as PLA (polylactic acid), PBAT, and starch-blended bioplastics, that decompose through microbial action under certain conditions. They help reduce environmental impact after disposal, and specifications certified as compostable are also available. They are ideal for food packaging and other situations where actively promoting environmental responsibility is desired.

We Also Support Shifting to Environmentally Friendly Materials

Beyond the above, we also welcome consultations on environmentally friendly packaging, such as switching to recycled materials. We propose the optimal materials and specifications based on your application and quantity.