Join INVISIBLE Community

Our Distinctive Actors across the globe have demonstrated how to dissolve #INVISIBLEBAG on their website and channels, join our Invisible Community and make the change together!

#INVISIBLEBAG IS TESTED & CERTIFIED

#INVISIBLEBAG is certified by ASTM D5511 test

ASTM D5511

ASTM D5511 determines whether a material is biodegradable under high-solids anaerobic-digestion conditions; the test result shows that over 85% of the #INVISIBLEBAG have biodegraded in 90 days.

#INVISIBLEBAG is certified by FTIR Analysis test

FTIR Analysis

FTIR analysis is a material test that detects and identifies chemical compounds in products. We appointed the quality assurance provider, Intertek, to perform an FTIR analysis on #INVISIBLEBAG which certifies that it doesn't contain PP, PE, PS, PVC plastic.

#INVISIBLEBAG is certified by Vitargent test

Vitargent

Vitargent is a biotechnology lab based in Hong Kong. It conducts EEQ tests to screen chronic toxicity. #INVISIBLEBAG show no estrogenic activity and are confirmed to be environmentally safe. EEQ test uses modified medaka embryos with jellyfish DNA as a cruelty-free testing method.

#INVISIBLEBAG is certified by OECD 208 test

OECD 208

The OECD 208 standard studies toxicity level in plants after a material biodegrades in testing soil. We appointed the quality assurance provider, Intertek, to perform an OECD 208 on #INVISIBLEBAG which proved that it has no negative effects for germination rate or plant growth.

#INVISIBLEBAG is certified by ASTM D6400 test

ASTM D6400

The American ASTM D6400 is equivalent to the EN 13432 in the E.U. It certifies material as compostable whereby 90% or more of which will break down to carbon dioxide (CO2) by microorganisms within 180 days in ideal composting conditions, while the remaining share is converted into water and biomass.

#INVISIBLEBAG is certified by EN 13432 test

EN 13432

The European EN 13432 is equivalent to the ASTM D6400 in the U.S. It certifies material as compostable whereby 90% or more of which will break down to carbon dioxide (CO2) by microorganisms within 180 days in ideal composting conditions, while the remaining share is converted into water and biomass.