

Mountaineering gloves - Unisex -
The Glissade Black unisex gloves from Black Diamond are a functional accessory, designed for mountaineering and its harsh conditions.
Technical and high-performing, these gloves provide you with all the qualities you need for your winter races or spring climbs in the best conditions.
They are made with high quality materials for more robustness and durability over time, for example, the palm is made of reinforced goat leather to withstand mountain conditions.
They also feature a Bd.dry™ insert, which is a 100% waterproof and eco-friendly water-repellent treatment, as well as Thinsulate® warm insulation. The soft fleece lining keeps your hands in a cosy cocoon of warmth. This combination provides maximum protection and thermal comfort, in low temperatures.
Finally, for added convenience, the long cuff has a quick-release fastener for easy on and off.
Black Diamond Collection - Autumn-Winter




- Long sleeved cuffs
- Reinforced inserts
- PFC-free GTT Empel DWR water-repellent treatment
Materials:
- Insert: 100% waterproof BD.dry Membrane
- Outer: Pertex Shield®
- Fixed lining: 100g fleece
- Insulation: Thinsulate® 100g on palm and back of hand
- Palm: Goat leather with Kevlar® stitching
| PrimaLoft Gold | The highest performing synthetic insulation on the market, Primaloft® Gold insulation is the go-to for staying protected even in extreme conditions. The microfibres keep your hands warm while wicking moisture for maximum thermal efficiency. Suitable for the wettest conditions, this insulation is also water repellent, retaining 96% of heat in wet weather. |
| Pertex Shield® | The Pertex® Shield fabric combines the most technical outer materials with a waterproof and breathable microporous coating. The Pertex® Shield combines durable water and wind protection with exceptional breathability to limit condensation inside the clothing. |
| Kevlar® thread | Threads made from Kevlar® are used in abrasion-prone areas of Black Diamond gloves, such as the palm, in order to prevent them breaking as a result of the heat from repeated friction. |