“Earthya™”, is a compostable bioplastic that easily decomposes in commercial composting systems through the action of microorganisms, transforming into carbon dioxide, biomass, and water. This process leaves no harmful or visible residue, ensuring environmental safety. The resulting compost enriches soil, supports plant growth, and promotes sustainable agriculture.

Earthya™, is 100% compatible with current manufacturing processes: blow film and cast film, eliminating the necessity for costly tooling modifications or alterations to the existing plastic infrastructure.

Explore the future of responsible manufacturing with Earthya™. Below are images showcasing our Earthya™ compostable bioplastic in both pellet and resin forms.

Why choose  ?

Compostable and biodegradable. (3)
Compostable
Leaves no harmful residue in compost or soil. (1)
Leaves no harmful residue in compost or soil
Reduce the carbon footprint by storing carbon in soils and providing soil nutrients (Organic recycling). (2)
Reduce the carbon footprint by storing carbon in soils and providing soil nutrients (Organic recycling)
Minimize landfill waste disposal and greenhouse gas (GHG) emissions. (2)
Minimize landfill waste disposal and greenhouse gas (GHG) emissions
 
Support sustainability initiatives and diversify feedstocks. (2)
Support sustainability initiatives and diversify feedstocks
Cutting back levels of microplastics accumulated in the soil and the ocean. (1)
Cutting back levels of microplastics accumulated in the soil and the ocean
reduce reliance (3)
Reduce reliance on fossil resources

Why choose  ?

Compostable and biodegradable. (3)
Compostable
Leaves no harmful residue in compost or soil. (1)
Leaves no harmful residue in compost or soil
Reduce the carbon footprint by storing carbon in soils and providing soil nutrients (Organic recycling). (2)
Reduce the carbon footprint by storing carbon in soils and providing soil nutrients (Organic recycling)
Minimize landfill waste disposal and greenhouse gas (GHG) emissions. (2)
Minimize landfill waste disposal and greenhouse gas (GHG) emissions
Support sustainability initiatives and diversify feedstocks. (2)
Support sustainability initiatives and diversify feedstocks
Cutting back levels of microplastics accumulated in the soil and the ocean. (1)
Cutting back levels of microplastics accumulated in the soil and the ocean
reduce reliance (3)
Reduce reliance on fossil resources

Packaging films for non-food applications

Shopping Bags, Courier Bags, Garment Bags, Laundry Bags, Drawstring Bags, Zip Lock Bags

Packaging films for food applications

Food Protection Bags, Vegetable Bags, Zip Lock Bags

Waste bags

Garbage Bags, Bin Liners, Pet Waste Bags

Agricultural films

Mulch Films

Flexible films

Stretch Films, Wrapping Films, Bubble Wraps