This is a groundbreaking product that leads non-degradable plastics to oxidizable biodegradable plastics!
We will lead difficult-to-decompose plastic materials, which are extremely challenging to break down naturally, to microbial biodegradability!
We solve your plastic problems! We can handle everything from prototypes to mass production.
We offer a variety of standard samples with different molecular weights!
＼Patent Granted／ Biodegradable additives that can be used with current equipment! By adjusting the amount added, you can control the shelf life and decomposition rate of plastic products.
Biodegradable plastics (bioplastics) produced by microorganisms that are completely decomposed by microorganisms in natural environments such as soil and seawater.
A high-concentration material with 80% blend of crushed oyster shells and wood powder, suitable for blow molding and environmentally friendly.
We will also introduce the product lineup and the use of our products in organic resource recycling!
Contributing to soil improvement! Reducing plastic waste to lessen environmental impact.
Solving the plastic problem in food packaging! Reducing environmental impact for a safe future.
Promote the recycling of PET bottles! Reduce environmental impact and achieve sustainability.
Achieving environmentally friendly biodegradable containers! Promoting sustainability with P-Life.
Achieving waste reduction and environmental impact reduction! Creating the future of building materials.
From microorganisms to a green future! Achieving intelligent mass production.
A new material attracting attention in the era of reducing plastic! An in-depth explanation by experts on the basics, characteristics, applications, and latest trends of plant-based and biodegradable polylactic acid (PLA) (Part 1).
A new material attracting attention in the era of reducing plastic! Experts provide a thorough explanation of polylactic acid (PLA), which is plant-based and biodegradable, covering its basics, characteristics, applications, and the latest trends (Part 2).
What is the Plastic Resource Circulation Promotion Act? A clear explanation of the initiatives required in the era of SDGs and decarbonization [Part 1]
What is the Plastic Resource Circulation Promotion Act? A clear explanation of the initiatives required in the SDGs and decarbonization era [Part 2]
Environmentally friendly materials that can be injection molded for the convenience store industry, event industry, and food service industry!
For the agriculture industry, garbage bag industry, gift packaging industry, etc.! Thin sheet molding compatible.
Reduce plastic waste in the lab! Biodegradable pipette tip racks that are environmentally friendly.
Complies with Food Sanitation Act Notification No. 370, U.S. FDA, and European RoHS Directive! Suitable for various applications.
Utilization in organic resource recycling! The bag containing food waste is processed at the composting center as is.
Effective use in applications where recovery is difficult! Labor-saving removal work is possible due to environmentally friendly materials.
Obtained the Biomass Mark (Registration Number 170061)! Also adopted for hotel amenities and goods.
Solving the plastic waste problem! We support the creation of environmentally friendly products.
Next-generation plastic additives that reduce environmental impact and achieve sustainability.
Reduce environmental impact and enhance product value! Additives that change the future of plastics.
Achieving environmentally friendly biodegradable toys at a low cost!
Complies with Food Sanitation Act Notification No. 370, as well as with U.S. FDA and European RoHS directives! *Research has been conducted using straws containing this product from Ito En, leading to the identification of decomposition bacteria.
＼Patent Granted／ Biodegradable additives that can be used with current equipment! By adjusting the amount added, you can control the shelf life and decomposition rate of plastic products.
＼Patent Granted／ A biodegradable additive that can be used with current equipment. By adjusting the amount of additive, you can control the quality retention period and decomposition rate of PE and PP products.