Schöffel launches first heated ski pants
Outdoor and ski clothing company Schöffel will integrate heatable
clothing into its FW 2020-21collection. This is a new type of heating
system with only one millimeter thin carbon nanotubes, which is used in the
premium ski outfits for women and men. Schöffel is thus the first supplier
worldwide, according to the company, that will launch membrane ski pants
with carbon heating elements at the thigh area. For jackets, a heating pad
is incorporated in the shoulder area. The system guarantees a constant
temperature at different heating stages and during rest phases, switches to
stand-by automatically.
However, the function of the novel product goes far beyond the
temperature sensation: The ski clothing is also designed for a better
performance of the wearer because warm muscles are more powerful and ensure
stability at higher travel speeds. The heating system also prevents
injuries better because warm muscles and joints are less injury-prone. In
addition, the system protects against cooling during low temperatures and
with changing intensity of the activity.
But heating elements is not where the innovation stops. Under the brand
name ‘Intellitex’, the family-owned German company will integrate
technology solutions into its products in the future. Intellitex was
developed in a research and development process that lasted several years,
which reflects long-term trends in the clothing industry and the current
user requirements for their outdoor and ski clothing.
“Intelligent clothing is an essential long-term trend in the outdoor and
ski market. The garment has to support wearers in their activities and
prevent injuries as far as possible. With Intellitex Heat, we have now
developed an innovation that not only takes up this trend but also provides
important impulses for further development in the market,” states Dr.
Henrik Vogel, head of innovation management at Schöffel Sportswear GmbH.
Photo: Schöffel
This article was originally published on FashionUnited DE. Edited
and translated by Simone Preuss.