Daily Newsletter

05 October 2023

Daily Newsletter

05 October 2023

Dow launches sustainable ionomer grades for cosmetic packaging

The company has already begun supplying its ionomer grades to LVMH Beauty.

Soumya Sharma October 03 2023

US-headquartered chemical company Dow has announced the launch of two new sustainable ionomer grades, called SURLYN REN and SURLYN CIR, for use in perfume and cosmetic packaging.

Made using renewable and circular feedstocks, the new ionomer grades will allow brands and manufacturers in the beauty and cosmetic industry to create sustainable packaging solutions for their products.

Dow said SURLYN CIR is an ionomer grade made from mixed plastic waste while its SURLYN REN grade is made using biowaste such as used cooking oil.

The new grades will be used first by French luxury goods company LVMH Beauty, of parent company LVMH.

This collaboration between LVMH and Dow was announced earlier this year.

Dow said it has already started supplying its sustainable ionomer grades to LVMH.

Dow Circular & Renewable Solutions global business director Daniella Souza Miranda said: “SURLYN REN and SURLYN CIR are a major step forward in creating sustainable packaging for the cosmetic industry.

“We are incredibly proud alongside LVMH Beauty to pioneer using renewable and circular materials to manufacture premium cosmetic packaging.

“These products will not only support LVMH towards their sustainability goals but will also contribute to Dow’s bold ambition to transform waste and deliver three million metric tons per year of circular and renewable solutions by 2030.”

Dow claimed that the production processes of its SURLYN REN and SURLYN CIR grades have already been certified by International Sustainability Carbon Certification Plus on a mass balance basis.

The methodology of producing SURLYN REN ionomers leverages waste residues or byproducts from alternative product processes, mainly from other industries to ensure that raw feedstock materials do not consume additional land resources.

Meanwhile, SURLYN CIR’s manufacturing process involves the use of chemical recycling technologies to break down mixed-waste plastics into basic chemical elements to give a second life to plastic waste.

Both of the alternative feedstock-made SURLYN grades, according to Dow, will continue to deliver the properties that provide a ‘unique look, feel and performance’ for the company's packaging.

Understanding the role and impact of the metaverse in the packaging sector

Many of the vital metaverse technologies are already being used or piloted by packaging companies, who have brought together AI, AR, VR, cloud, the IoT, and other technologies to monitor and maintain key assets remotely. The sector could also use immersive metaverse solutions to optimize packaging design and quality control—testing prototypes in a virtual world before bringing them to market. Another disruptive benefit will involve using underlying blockchain and digital twin technologies to assist in creating more transparent and traceable supply chains.

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