Aenergy ML Half Zip Pull Men

Mid-layer with excellent moisture-wicking

The Aenergy Half Zip Pullover is designed for mountaineering and ski touring all year round. It is made from medium-weight Polartec® Power Grid material, which keeps you warm, is elastic and has a waffle structure on the inside that efficiently transfers moisture outwards. The Aenergy Pullover’s...
  • Ski Touring, Mountaineering

  • 1016-01100

  • Lightweight, highly elastic Polartec® Power Grid® fleece with high breathability, excellent moisture management and short drying time
  • 100% recycled polyester
  • Half-zip stand-up collar
  • SellingPointApparel0758
  • Polartec® Power GridTM

    Polartec® Power Grid™ fleece uses a special knitting method to increase insulation and breathability while reducing fabric volume at the same time. The geometric patterns also improve compressibility.

  • Main material

    89% Polyester, 11% Spandex

  • bluesign® PRODUCT

    The bluesign® SYSTEM is a solution for sustainable textile production that eliminates the use of harmful substances. bluesign® PRODUCTS guarantee a responsible use of resources with a minimum impact on people and the environment.

  • 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

  • Close zippers / Velcro fasteners before washing

  • Do not tumble dry

    Do not tumble dry

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

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