New Balance NCLAY Series Sandals - Grey - UK 10

Currently unavailable

Currently unavailable
The New Balance NCLAY Series sandals are designed for adults seeking a blend of comfort and utility for everyday casual wear. These unisex sports sandals provide a secure fit through a practical velcro closure system, making them ideal for quick transitions and daily errands. While they offer excellent convenience and a versatile grey aesthetic, prospective buyers should note they are primarily designed for casual use rather than heavy-duty athletic performance.
| Age Group | adult |
|---|---|
| Colour | Grey |
| Gender | Unisex |
| Shoe Size UK | 10 |
| Shoe Type | Slippers & Sandals |
| Series | Nclay |
| Model Part Number | SUFNCLAO |
| Brand | New Balance |
Yes, the New Balance NCLAY Series generally follows standard UK sizing conventions.
While they are water-resistant, they are intended for casual wear and should be rinsed and dried properly after exposure to saltwater or chlorine.
They are comfortable for casual walking and daily activities, but are not performance-grade walking or hiking sandals.
These follow standard UK adult shoe sizing. It is recommended to choose your usual New Balance athletic shoe size.
Adjust the velcro fasteners to a tighter setting to ensure the strap is secure across the bridge of your foot.
Check for lint or debris caught in the hook-and-loop fabric and remove it with a small brush or tweezers.
Wipe the footbed dry with an absorbent towel and avoid walking on excessively slick surfaces until fully dry.
To ensure your NCLAY sandals remain in great condition, follow these simple guidelines. Upon receipt, test the velcro straps to ensure they are clean of debris for maximum grip. The sandals are compatible with casual socks for cooler weather or bare feet for standard summer use. To clean, wipe the footbed and straps with a damp cloth and mild soap; avoid fully submerging them in a washing machine, as this can degrade the adhesives. Always allow them to air dry in the shade to prevent material warping from direct sunlight or high-heat sources.