Mid layers for the transition period
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Craft Core Charge Cross Back Tee Women

Core Charge Cross Back Tee Women
Core Charge Cross Back Tee Women
Core Charge Cross Back Tee Women
Core Charge Cross Back Tee Women
Core Charge Cross Back Tee Women
Core Charge Cross Back Tee Women
Coming soon
This product is currently not available.
Style and function should not be mutually exclusive! The Core Cross Back Tee from the Charge... more

Core Charge Cross Back Tee Women

Style and function should not be mutually exclusive! The Core Cross Back Tee from the Charge collection is therefore an essential companion for fashion-conscious athletes who want to draw new energy from their training. The training shirt is made from a soft, functional and recycled polyester jersey with excellent moisture management to keep you comfortable even during sweaty workouts. The semi-sheer fabric is perfect for pairing with a cool bra, and the crisscross back straps make this top an absolute eye-catcher.

Product details

Made for:
Ladies
Optimal for:
  • Fitness & Training
Fit:
far
Features:
  • fast-drying functional fibre
  • efficient moisture and temperature management
  • farer Rundhalsausschnitt
  • crossover back straps
  • loose-fitting cut
  • rounded hem
  • Fit: Wide
  • Intensity: Low
  • Ideal for: moderate fitness sessions
Materials:
100% recycled polyester

Care instructions

  • 40°C wash

Technologies and manufacturing processes

  • CORE

    Core products are based on the principle that everyone is an athlete, which is why they offer a high level of functionality, allowing everyone to enjoy sporting activities. Core is the entry point into our world of functional clothing.
  • RECYCLED

    The materials used were obtained from recycled fibres in a resource-saving manner, which results in a lower impact on the environment.
  • MOISTURE TRANSPORT

    The functional material ensures effective and fast moisture wicking. This can protect the body from cooling down or a possible heat build-up. The moisture caused by exertion reaches the surface and can evaporate there.