Salewa Puez 2 Knit PTX naisten matalakengät vaellukseen - Shadow/Olive - EU 36,5

Wet, unpredictable terrain often forces hikers to choose between dry feet and breathable comfort. The Salewa Puez 2 Knit PTX resolves that dilemma with a waterproof yet highly breathable PowerTex membrane, wrapped in a durable knit upper that flexes with every step. Designed for women who tackle day hikes and fast treks, this low-cut shoe delivers protection, grip, and all-day cushioning without the weight of traditional boots.

Who is it for

Female hikers and trekkers who want a lightweight, agile shoe for mountain paths, rocky trails, and variable weather. Ideal for those who prefer a low-cut profile for freedom of movement, yet demand waterproof reliability and a secure, precise fit on technical terrain.

Main features

• PowerTex (PTX) waterproof membrane keeps feet dry while allowing moisture to escape
• Knit upper with TPU overlays offers breathable comfort and abrasion protection
• Pomoca S Path outsole delivers excellent traction on rock, mud, and loose ground
• Salewa 3F System and Climbing Lacing lock the heel and midfoot for a precise, supportive fit
• Ortholite footbed and EVA midsole provide long-lasting cushioning and shock absorption
• Protective rubber rand shields toes and sides from trail debris
• PFC-free DWR treatment adds eco-friendly water repellency
• 10 mm heel-to-toe drop encourages a natural, efficient stride

Specifications

• Gender: Women's
• Type: Low-cut hiking shoe
• Upper: Knit fabric with TPU protection
• Membrane: PowerTex (PTX)
• Lining: PowerTex
• Outsole: Pomoca S Path
• Midsole: EVA
• Footbed: Ortholite
• Closure: Laces
• Heel-to-toe drop: 10 mm
• Weight (per shoe): approx. 300 g (size EU 36.5)
• Colour: Shadow/Olive
• Size (EU): 36.5
• Recommended use: Hiking, Trekking, Mountain Walking
• Technologies: 3F System, Climbing Lacing, Protective Rand
• Sustainability: PFC-free DWR

Tips

Pair these shoes with lightweight merino wool socks for optimal moisture management. After hiking in wet conditions, remove the insoles and allow the shoes to air dry away from direct heat to preserve the membrane's performance.