Zadowolony z jakosci wykonania i materialu produktu.
NWT Quince Black Suede Chelsea Lug Sole Ankle Boots - Women Size 10
Product Details
Introducing the Italian Suede Lug Sole Chelsea Boot, a refined essential designed for effortless everyday wear. Crafted from supple Italian cow suede and fully leather-lined, it offers a soft, luxurious feel with lasting quality. An Ortholite® footbed adds plush, all-day comfort, while a water-repellent finish helps the suede stand up to wet conditions. Finished with a durable rubber lug sole, this versatile silhouette is a timeless staple. • Materials: 100% Italian cow suede upper and leather lining • Suede upper treated with a durable water-repellent finish for added water resistance • Lugged outsole made out of 100% TPR, for extra grip and durability • Elastic gore on the side provides a comfortable, glove-like fit • 5mm OrthoLite® insole providing extra padding and maximum comfort • 5 shaft • 75 platform and a 1.5 heel • Crafted with leather from a Leather Working Group Gold Rated (LWG) tannery, which promotes sustainable practices including reduced water and energy usage, responsible waste management, and the elimination of harmful substances. BLAKE STITCHED CONSTRUCTION LWG CERTIFIED EXPERT CRAFTSMANSHIP SIZE & FIT For the best fit, we recommend ordering a half size down from your normal size; these boots soften over time and are best worn with a medium-weight sock. • EU 40 = US 10 NWT (In original box)
Daily Cleaning: Use a soft brush or damp cloth to gently wipe away dirt. Avoid harsh chemicals. For mesh areas, use diluted mild detergent and a soft brush.
Drying: Air dry in a cool, shaded place after cleaning. Avoid direct sunlight or high heat, which can cause fading and glue deterioration.
Storage: Stuff with paper to maintain shape when not in use. Store in a dry, ventilated area to prevent mold. Rotate between multiple pairs to extend lifespan.
Usage Notes: Designed for basketball. Not recommended for hiking, long-distance running, or other specialized sports where different performance features are required.









