Drop-in Biodegradable Plastic Replacement
ecoPLAS® by REearthable®


Small-format plastics are structurally unrecyclable
Engineered to replace what recycling leaves behind.

Meet ecoPLAS®
$39B in beauty spend is decided by packaging — before the product even has a chance.

Not a blend. Not an additive. A proven polypropylene replacement.

Drop-in Manufacturing
Runs on existing injection molding equipment.

Polypropylene Performance
Designed to match polypropylene applications.

Commercial-scale advantageExisting supply-chain, no process changes. Business as usual.

Explore Solutions

CO₂ Locked in Stone.

Limestone (calcium carbonate) forms when carbon dioxide binds with calcium over time.
Once mineralized, CO₂ is chemically stable and can’t be re-released without extreme industrial processing. We use waste byproduct of quarry mining as a base to capture significant carbon  savings, courtesy of nature.
NOT plastic
Not Plastic
More about CO2 Capture
Not paper
ecoPLAS® is a CO2 captured limestone-based biodegradable plastic alternative that drastically reduces CO2  emissions, runs on existing equipment, uses less energy and less material for the same product result.
ecoPLAS® continues to sequester trapped CO2 forever, one manufactured product at a time.
Contact us today and Let’s Talk about what we can do better together.
View the Full Datasheet

Tensile modulus

1.6 GPa

FLEXURAL MODULUS

1.6 GPa

tensile strength at yield

23 mpa

tensile strength at break

18 MPa

tensile elongation at yield

3.7%

tensile elongation at break

16%

SPECIFIC GRAVITY

1.46 g/cc

hardness

71 shore d

notched charpy impact strength

84 J/m

notched izod impact strength

77 j/m

GLASS TRANSITION

58.60/°C 137.48/°F

MELT flow INDEX

165°c/2.75 g/10 min

melting temp

153.3/°C 307.94/°F