Interlinings for leggings and sports bras

  • Apparel & Footwear
  • Sportswear

Comfortable fit, boosting sports performance

Explore innovative ideas with our super-elastic interlinings and bonding solutions

In competitive sports apparel, where comfort and performance are key, leggings and sports bras need premium materials meeting the highest functionality standards.  

The super-elastic interlinings from Freudenberg Performance Materials provide excellent stretchability for unrestricted movement. Our dot bonding technology ensures good breathability, keeping wearers dry. Ultra-soft film bonding delivers a second skin feel. From athletes to fitness enthusiasts, everyone can find the perfect solution. 

Key Features

  • High elasticity, adapting to various sports  
  • Breathable dot bonding solution 
  • Excellent recovery film bonding with an ultra-soft feel, comfortable and skin-friendly 
  • Excellent recovery net bonding for shape retention 
  • Lightweight and soft for all-day comfort

Key Benefits

  • Improved sports comfort and reduced movement restrictions  
  • Stays dry and reduces bacterial growth risk  
  • Enhanced wearing experience  
  • Shape retention and elasticity even after repeated use

Super-elastic interlinings with recycled base content

Our range of super-elastic interlinings includes an industry-first innovation: an interlining series with base content made from 100% recycled thermoplastic polyurethane (rTPU).

Developed to meet the growing demand for stretchable interlinings in modern fashion and sportswear, this new series combines high performance with the use of recycled materials. 

Available in a variety of weights from 28 to 90 g/m², these versatile interlinings are ideal for a wide array of applications, from lightweight leggings and sports bras to heavier applications like denim, maternity wear, and casual apparel. Engineered for performance, they deliver outstanding elasticity, reliable recovery, and trusted durability – all characteristics that are typical of Freudenberg Performance Materials.