Low-Carbon Shampoo Bottles

View More

Feather Introduces a New Eco-Friendly Shampoo Bottle

SCG Chemicals, or SCGC, has partnered with Kao Industrial (Thailand) Co., Ltd. to develop sustainable recycled packaging for the 'Feather' hair care products.

This packaging is made from high-quality recycled plastic resin, SCGC GREEN POLYMERTM, utilizing SCGC's advanced recycling technology. The packaging is designed to have a low carbon footprint and is 100% recyclable, adhering to circular economy principles to maximize resource efficiency.

"In our collaboration with Kao, SCGC has developed high-quality recycled plastic resin, SCGC GREEN POLYMERTM, using High Quality PCR HDPE Resin for Feather shampoo bottles. This packaging has a low carbon footprint, is 100% recycle, and is safe for contact with the product without affecting its properties," said Sakchai Patiparnpreechavud, Chief Executive Officer & President of SCG Chemicals.
Trend Themes
1. Eco-friendly Packaging - The creation of 100% recyclable and low-carbon shampoo bottles highlights the shift towards environmentally conscious packaging solutions.
2. Advanced Recycling Technology - Utilizing high-quality recycled plastics, such as SCGC GREEN POLYMERTM, demonstrates innovative advancements in material recycling processes.
3. Circular Economy Adoption - The emphasis on developing packaging that aligns with circular economy principles underscores a growing trend in maximizing resource efficiency.
Industry Implications
1. Personal-care Products - The integration of sustainable packaging in hair care products points to a rising awareness and demand for eco-friendly personal care solutions.
2. Recycling and Waste Management - Enhancements in recycling technologies for creating high-quality post-consumer resins mark significant progress in the waste management industry.
3. Chemical Manufacturing - The development and application of advanced recycled polymers signify pivotal innovations in the chemical manufacturing sector.

Related Ideas

Similar Ideas
VIEW FULL ARTICLE