KRAHN Chemie Appointed as Distributor for Mitsubishi Chemical Europe's Polyols and Diols in the Benelux Region

KRAHN Chemie Benelux has embarked on a new partnership with Mitsubishi Chemical Europe (MCE), expanding its product portfolio to include a range of cutting-edge products.

This new distribution agreement marks a significant milestone for both companies, enhancing their capacity to provide innovative solutions to customers in Belgium, the Netherlands, and Luxembourg across various industries. It also extends the existing collaboration between the KRAHN Chemie Group and MCE.

As part of the agreement, KRAHN Chemie Benelux will distribute a selection of high-quality products from MCE, including:

• BENEBiOL™: A biomass-based polycarbonatediol that imparts unique properties to the end product, such as exceptional stain and chemical resistance, along with a superior soft touch and feel.

• BioPTMG: A polyol derived from bio feedstocks.

Both BioPTMG and BENEBiOL™ are utilized in various high-end polyurethane applications, including adhesives, coatings, TPUs, sealants, elastomers, and fibers. Typical application areas encompass artificial leather, consumer goods/electronics, automotive, apparel, high-end fashion, functional textiles, and industrial uses.

"We are thrilled to announce our partnership with Mitsubishi Chemical Europe, expanding our distribution portfolio to include their high-quality products," said Cristian Groenewegen, managing director at KRAHN Chemie Benelux. "This collaboration aligns with our commitment to offering high-quality solutions to our customers in the Benelux region, and we look forward to a successful cooperation."

"We are pleased to work with KRAHN for the promotion of our bio-based polyols in the Benelux region. This collaboration strengthens our sales and distribution network in Europe. Even more, we are confident that customers will benefit from the technical expertise and experience offered by KRAHN," said Dr. Marc Schrinner, technical manager at Mitsubishi Chemical Europe.

Source: KRAHN Chemie