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Dow announced the use of a mass balance method to produce new polyurethane solutions, whose raw materials are recycled raw materials from waste products in the transportation field, replacing the original fossil raw materials.

The new SPECFLEX™ C and VORANOL™ C product lines will initially be provided to the automotive industry in cooperation with leading automotive suppliers.

聚氨酯循环产品-1

SPECFLEX™ C and VORANOL™ C are designed to help automotive OEMs meet their market and regulatory requirements for more circular products and achieve their sustainable development goals. Using a mass-balanced method, the recycled raw materials will be used to produce polyurethane recycling products, whose performance is equivalent to existing products, while reducing the use of fossil raw materials.

The relevant person said: “The automotive industry is undergoing major changes. This is driven by market demand, the industry’s own ambitions, and higher regulatory standards to reduce emissions and waste. The EU’s scrap directive is just one example of this. We are passionate. Yu Chuang has provided cyclical products from the very beginning. We have listened to the opinions of the industry and are convinced that the mass balance method is a very effective and proven way to allow automotive OEMs to meet regulatory standards and achieve their own Ambitious goals.”

Circulating polyurethane series

SPECFLEX™ C and VORANOL™ C are certified by an independent mass balance certification body, which will verify that the quantity of polyurethane intermediates produced from recycled materials is consistent with the appropriate quantity of end products, thus confirming the accuracy and auditability of the report.
Related personnel said: “Dow’s industry-leading raw material flexibility capabilities allow us to explore new raw material streams that other companies may not be able to meet. We will continue to innovate and expand our flexibility to include more recycled raw materials. Expanding and certifying our use of recycled materials will enable Dow to meet customer demand for more sustainable products without sacrificing the original performance of the product.” SPECLEX™ C will achieve a wide range of flexible foam materials, usually with For consumer comfort and acoustic solutions, internal, external and power systems in transportation applications. VORANOL™ C will be able to produce a wide range of low-density to high-density foams. Its low viscosity provides easier handling and flexibility to select the best load level for any application. “

Market-leading partnership

Relevant personnel said: “We are very pleased to propose this solution, which greatly improves the sustainability of the seat combination. The urgent need for decarbonization of the automotive industry goes far beyond the emissions of the power system. Through the cooperation with our valuable partner Tao Cooperation, we have reached this important milestone in product design, which has created a circular economy. As an important component on the road to further realize the decarbonization of automobile production, this solution helps us in the situation without affecting quality and comfort. Next, reduce the use of fossil raw materials through the reintegration of waste products.”

“SPECFLEX™ C and VORANOL™ C set new standards in sustainability, which makes them a valuable addition to Autoneum’s sustainable product portfolio. In addition to our textile-based technology made from recycled materials, we can now To provide our customers with more sustainable foam-based parts.
Relevant personnel said, “The new foam combination not only has the same advantages as the current automotive polyurethane foam, such as geometric adaptability and light weight, but also greatly reduces the carbon footprint of the car from production to transportation. Through the use of recycled and locally obtained These products are also in line with efforts to explore shorter and more sustainable raw material supply chains.”
Post time: Jul-07-2021
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