Features

• Biodegradable plastic from plants breaks down into water and carbon dioxide
• Polylactic acid, a plastic derived from plants such as corn, is used as the main raw material and is less dependent on depletable resources than petroleum-based plastics, contributing to the formation of a recycling-oriented society.
• When processed in an appropriate environment, such as a composter, hydrolysis by temperature and humidity, followed by biodegradation by microorganisms, ultimately results in almost all decomposition to water and carbon dioxide.
• It hardly decomposes under normal environment.
• Polylactic acid emits less CO2 during combustion than other plastics, contributing to a reduction in CO2 emissions.
• RoHS-compliant products (as of February 2025)
• < Caution! >The rate of biodegradation in underground and water varies greatly depending on the environment. Therefore, the rate of biodegradation cannot be specified uniformly.
• *Polylactic acid is a biomass plastic made from starch and sugar produced by plants. It is a biodegradable plastic that is broken down by microorganisms in a well-conditioned environment.
• *Compost is a composting system that uses microorganisms to ferment and decompose organic materials such as kitchen waste, fallen leaves, and dead grass.