BASF has released a new polyurethane (PU) concept shoe with The Directive Collective and Clarks for the TRIEASE collection. The shoe uses BASF’s latest PU materials to show how advanced materials can improve future shoes.
The concept shoe focuses on comfort, cushioning, design, and responsible production. Clarks’ TRIEASE Spring/Summer 2026 collection applies the same ideas for walking shoes.
The shoe is made from one-material PU and includes:
- PRISM transparent CPU outsole – clear, slip-resistant, and durable
- Elastopan spray PU midsole and upper – lightweight, cushioned, and allows detailed designs
- Haptex synthetic leather – made without organic solvents, comfortable, and eco-friendly
BASF and Clarks continue working together to make comfortable shoes for walking, combining Clarks’ design and biomechanics with BASF’s materials and data.
TRIEASE is more than a shoe, it shows how material development, design, and responsible manufacturing can work together to create high-performance, modern walking shoes.
According to coherent market insights, the Footwear Market is expected to grow at a CAGR of 4.9% during 2026 to 2033. Currently, the market is at USD 383.04 Bn in 2026 and is expected to be around USD 535.40 Bn by 2033. The global footwear market demand is changing quickly due to evolving fashion trends, people becoming more health-conscious, and more people wanting athletic and casual styles. New digital shopping channels and eco-friendly materials are changing what people want.
“Our collaboration with The Directive Collective and Clarks shows how PU can unlock both design exploration and product innovation,” said Silvia Mok, Vice President of Business Management Polyurethanes Systems, Performance Materials Asia Pacific, BASF. “The concept shoe and the TRIEASE development run in parallel, both drawing from the capabilities of an integrated PU system to explore different design possibilities.”
The concept shoe was designed by Richard Kuchinsky from The Directive Collective. He decided how the shoe should look and what materials to use. Working with BASF, they made sure the prototype matched the design and could actually be made in real life.
Source:
Press Release: BASF
Company: BASF