HH Chemical launches BIODEX®: world’s first fully biobased materials brand

HH Chemical has announced the official launch of BIODEX®, the world’s first brand offering fully integrated biobased materials. The platform delivers a complete solution across the entire value chain—from renewable raw materials to finished consumer products. It creates a closed-loop ecosystem, supporting sustainable manufacturing from sourcing to end-use.  

The BIODEX® product range includes high-performance monomers, elastomers, polymer chips, fibers, functional fabrics, and customizable garments. This portfolio enables industries like textiles, automotive, aerospace, personal care, and biomedical to pursue sustainability without sacrificing performance.  

The biobased materials offers three key advantages: it is greener, softer, and more elastic. These features support a variety of applications, helping industries transition to more eco-friendly practices. The brand promotes a new era of sustainable living, where advanced functionality and aesthetics coexist. It aims to accelerate the shift toward greener manufacturing and healthier consumer products.  

Compared to conventional synthetic fibers, BIODEX® delivers superior softness, elasticity, breathability, and shape retention. Notably, it reduces carbon emissions during production by up to 73% when compared to petroleum-based nylon. Additionally, BIODEX® is fully recyclable at the end of its lifecycle, setting a new industry standard for balancing performance with environmental responsibility.  

The company is now expanding BIODEX® into high-value segments such as healthcare, sustainable packaging, and eco-industrial materials. This move supports the global circular economy and helps partners transform their product lines with green innovations.  

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As the world moves toward carbon neutrality, BIODEX® aims to be a catalyst for sustainable change. It connects research, manufacturing, and consumer markets through advanced material science, fostering a more efficient and environmentally responsible future.

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