INFUSE™ Olefin Block Copolymers (OBCs) from Dow enables you step up your game in cushioning performance for athletic footwear, with midsoles that deliver lightweight footwear with exceptional resilience, durability and softness. The increased dimensional stability of INFUSE OBCs also offers OEMs the potential to reduce production costs while delivering a longer lasting performance midsoles. INFUSE can also be used in other footwear applications, including slippers, sandals, sock liners and more.Contact Us About Our Solutions for Midsoles
Midsole formulations based on INFUSE OBCs provide a variety of benefits and improvements over conventional materials such as EVA:
- Enhanced Resiliency/Rebound
- Better compression set resistance
- Lower Shrinkage
- Excellent low temperature flexibility
INFUSE OBCs offer far greater energy return than typical EVA foams, giving your midsole, sandal, or unitsole a resiliency your customer can feel the moment the try it on.
Download "Advances in Midsole Technology" presentation for more information and data on our solutions for midsoles.
Optimal Compression Set
Compression set testing over thousands of loads at elevated temperatures proves INFUSE OBCs recover far better than EVA and can even meet or exceed e-TPU foam beads performance. Download "Advances in Midsole Technology" presentation for more information and data on our solutions for midsoles.
INFUSE OBCs offer far lower shrinkage rates than traditional EVA foams, giving your customers comfort and fit that lasts and reducing your in-plant scrap rates. Download "Advances in Midsole Technology" presentation for more information and data on our solutions for midsoles.
Literature and Resources
- Increased Durability for Footwear Foams (301 KB PDF)
INFUSE™ OBCs Improve Performance Footwear Midsoles and Other IM-XL Foam Products
English (408.46 KB PDF) English A4 (409.94 KB PDF)
- INFUSE™ Product Selection Guide (111.97 KB PDF)
- INFUSE™ Quick Reference Guide (280.45 KB PDF)
- Presentation: Advances in Midsole Technology (2.03 MB PDF)
- Winning the Race in Footwear Foams (188 KB PDF)