Swix Bio-R8 Performance Wax 180g
SWIX Bio-R8 Performance 180g Wax is a high-quality, environmentally friendly ski wax that improves the performance and durability of your skis. This wax is made from natural, plant-based materials, making it a sustainable choice for environmentally conscious skiers.
SWIX Bio-R8 Performance 180g Wax is a high-quality, environmentally friendly ski wax that improves the performance and durability of your skis. This wax is made from natural, plant-based materials, making it a sustainable choice for environmentally conscious skiers.
Réf: BIOR8-180
SWIX Bio-R8 Performance 180g Wax is a high-quality, environmentally friendly ski wax that improves the performance and durability of your skis. This wax is made from natural, plant-based materials, making it a sustainable choice for environmentally conscious skiers. The Bio-R8 Performance Wax is specifically designed for cold temperatures and guarantees optimal performance in icy and hard-packed conditions. Its unique blend of ingredients effectively reduces friction and increases sliding resistance, ensuring excellent speed and control on the slopes.
Features:
- 100% biodegradable ingredients
- Easy application with a wax iron
- Easy removal and brushing
- Fluorine-free
- Optimal performance at temperatures from -2°C to +10°C
Description détaillée
SWIX Bio-R8 Performance 180g Wax is a high-quality, environmentally friendly ski wax that improves the performance and durability of your skis. This wax is made from natural, plant-based materials, making it a sustainable choice for environmentally conscious skiers. The Bio-R8 Performance Wax is specifically designed for cold temperatures and guarantees optimal performance in icy and hard-packed conditions. Its unique blend of ingredients effectively reduces friction and increases sliding resistance, ensuring excellent speed and control on the slopes.
Spécifications techniques
Features:
- 100% biodegradable ingredients
- Easy application with a wax iron
- Easy removal and brushing
- Fluorine-free
- Optimal performance at temperatures from -2°C to +10°C