Reusch Modus GTX® Glove
THE ALL-WEATHER MEMBRANE. The GORE-TEX® membrane excels through a tremendous concentration of pores. Integrated between shell material and lining, it makes any glove durably waterproof, windproof and extremely breathable.
Warmth: THERMO 4TM
GORE-TEX® membrane excels through a tremendous concentration of pores. Integrated between shell material and lining, it makes any glove durably waterproof, windproof and extremely breathable . Hands stay warm and are protected against all weather conditions in an ideal manner.
PRIMALOFT® GOLD INSULATION
The benchmark in performance of all synthetic insulations, PrimaLoft® Gold Insulation is the go-to choice for adventures looking for protection in extreme conditions. Microfibers trap body heat to make this the most thermally-efficient synthetic insulation available, with water-repellency that insulates even in the wettest weather – maintaining 96% of warmth when wet. These unmatched thermal properties also feature breathability, packability and outstanding softness 0 consider this the pinnacle of insulation performance.
Extra warm(Former Thermo 4TM): Absolutely suitable gloves for very cold temperatures. Extra warmth is generated by high performing synthetic insulation materials.
Waterproof: Al Reusch gloves in this category are guaranteed waterproof.
Breathable: All Reusch gloves with waterproof insert are breathable.
This highly-technical and soft outer material features unmatched all-directional elasticity
THERMOLITE® PRO insulation is able to deliver innovative insulation battings with ann improved balance of performance properties and consumer benefits, compared to current market leading offerings. The performance fibbers (T799) are engineered with a differentiated finer shape, able to produce battings with desirable lightweight warmth..
THERMOLITE® is a registered trademark of INVISTA.
THERMO 4 includes well performing insulations such as PrimaLoft® Gold, PrimaLoft® Silver, Polartec® Alpha®, R-LOFT TM or THERMOLITE® PRO and also an extra insulation layer. According to the layer-principle air and with it heat is contained within the single layers.