Merrell Mens Alpine Slide 'Black'
- Black
- Textile and Lycra® neoprene upper
- 100% recycled webbing upper
- Hook and loop closure system with buckles for quick adjustability
- Integrated EVA foam insole
- Merrell sticky rubber outsole tunes each outsole with durable traction that grips when and where you need it
- SKU: J2002843-BLK
The Alpine Slide is a vegan aftersport model created with a recycled REPREVE webbing upper. REPREVE fibre is a transformational material made from recycled plastic bottles, embedding properties into the Alpine Slide such as adaptive warming and cooling, water repellency and reliable, durable quality at the fibre level.
Original: $49.00
-65%$49.00
$17.15More Images
Merrell Mens Alpine Slide 'Black'
- Black
- Textile and Lycra® neoprene upper
- 100% recycled webbing upper
- Hook and loop closure system with buckles for quick adjustability
- Integrated EVA foam insole
- Merrell sticky rubber outsole tunes each outsole with durable traction that grips when and where you need it
- SKU: J2002843-BLK
The Alpine Slide is a vegan aftersport model created with a recycled REPREVE webbing upper. REPREVE fibre is a transformational material made from recycled plastic bottles, embedding properties into the Alpine Slide such as adaptive warming and cooling, water repellency and reliable, durable quality at the fibre level.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
- Black
- Textile and Lycra® neoprene upper
- 100% recycled webbing upper
- Hook and loop closure system with buckles for quick adjustability
- Integrated EVA foam insole
- Merrell sticky rubber outsole tunes each outsole with durable traction that grips when and where you need it
- SKU: J2002843-BLK
The Alpine Slide is a vegan aftersport model created with a recycled REPREVE webbing upper. REPREVE fibre is a transformational material made from recycled plastic bottles, embedding properties into the Alpine Slide such as adaptive warming and cooling, water repellency and reliable, durable quality at the fibre level.
