Sustainability

Source Reduction

We minimize plastic usage and eliminate over-packaging through optimized design and material structure innovation.

· Example: Incorporating non-petroleum-based fillers in blow-molded bottles to reduce weight.

Design for Recyclability

We pioneer mono-material solutions by replacing traditional, hard-to-recycle materials (like PET, AL, PVC, PVDC) in flexible packaging with unified structures such as all-PP, all-PE, or all-polyolefin.

· Our newly developed high-barrier mono-material structures can replace metallized PET, PVDC-coated films, and aluminum layers without compromising product shelf life.

Circular Economy & Recycled Content

We integrate Post-Consumer Recycled (PCR) materials into rigid packaging to advance the plastics circular economy.

· Utilizing one-step injection-blow molding and advancements in material science, we have successfully developed packaging using 100% rPET and rPE.

Biodegradable Materials

We develop and implement biodegradable alternatives, including bio-based materials (e.g., paper, PLA, PBS, cellulose) and petroleum-based materials (e.g., PBAT, PVA), which biodegrade under specific conditions.

· Current Application: A biodegradable cellulose film is now used in twist-wrap packaging.

Eco-Friendly Manufacturing

We minimize the environmental impact of our production processes.

· At the front-end, we employ green lamination techniques like water-based and solvent-free adhesives to eliminate VOC emissions at the source.
· At the end-of-pipe, we utilize advanced VOC abatement systems to achieve ultra-low emissions, significantly reducing air pollution.