Tech T-Shirt Men

T-shirt made from natural functional fibers

Modern T-shirt with a sporty design. The Tech T-Shirt is ideal for the climbing gym or everyday wear. The front and sleeves are made from comfortable, recycled Lyocell fibers. These are industrially produced synthetic fibers. The back and shoulders are made from an elasticated and antimicrobial material. The mixture of materials is ideal for your workouts, offering pleasant comfort combined with freedom of movement and a fresh feeling.

  • Climbing, Hiking, Urban

  • 1017-03920

  • Weight

    123 g

  • Cut

    Athletic Fit

  • Raglan sleeves to avoid pressure points around the shoulders
  • Wicking finish for active moisture wicking
  • Reflective element on the back
  • Treated with HeiQ Pure TAG - an antimicrobial technology that lastingly inhibits unpleasant odors
  • Front and sleeves: Pleasantly light and elasticated material made from recycled polyester and Lyocell
  • Back and shoulders: lightweight, robust and elasticated polyamide material
  • Slightly longer back with a rounded hem
  • Insert

    84% Polyamide, 16% Spandex

  • Main material

    77% Polyester, 4% Spandex, 19% Lyocell

  • Fair Wear

    Fair Wear works to ensure fair and safe working conditions in garment factories. The non-profit engages directly with factories, trade unions, NGOs and governments to protect workers’ rights.

  • Recycled

    This product contains recycled materials with uncompromised performance and functionality. Choosing recycled materials reduces the use of virgin resources and helps promote a more circular economy.

  • Do not use chlorine-based bleach

    Do not use chlorine-based bleach

  • Do not dry clean or use solvents to remove stains

    Do not dry clean or use solvents to remove stains

  • Do not iron or treat with steam

    Do not iron or treat with steam

  • Do not iron on prints and decorative elements

  • Do not tumble dry

    Do not tumble dry

  • Machine wash on normal cycle (max. 30° C)

    Machine wash on normal cycle (max. 30° C)