Meet TANATEX at Techtextil 2026
Where Chemistry Meets Compliance
Helping textile manufacturers move forward with more sustainable solutions, without losing critical performance.
At Techtextil 2026, TANATEX highlights how chemistry expertise, regulatory insight and practical technical support help customers navigate textile challenges with confidence. Discover our focus on Water Repellency and Flame Retardancy, meet our specialists, and explore practical routes toward compliant, high-performance textile solutions.
WHAT TO EXPECT AT OUR BOOTH
Hall 9.0 | Stand E50
Meet specialists from product management, lab & technical support, sales, and compliance. Whether you are exploring a new project, evaluating alternatives, or looking for a more compliant route forward, our team is ready to help.
Get in touch before or after the show
The challenge
How can textile manufacturers meet growing sustainability and compliance demands without compromising critical performance?
The answer
TANATEX — Where Chemistry Meets Compliance
A technical partner combining chemistry expertise, regulatory insight, and practical guidance to help customers move forward with confidence.
Water Repellency
Challenge: How do you advance sustainability without losing durable repellency performance?
Answer: Durable, non-PFAS water repellency designed to meet demanding specifications.
TANATEX supports textile manufacturers in developing water-repellent solutions that align with evolving sustainability requirements while maintaining the durability, performance and process reliability the market expects.
Flame Retardancy
Challenge: How do you move toward more sustainable flame-retardant systems without compromising safety and compliance?
Answer: Antimony- and halogen-free flame-retardant solutions for applications where performance, safety and certification remain critical.
TANATEX helps customers navigate the shift to more sustainable flame-retardant systems by combining technical knowledge with practical guidance around performance, specifications and certification pathways.