Heat Holders Knitted Fingerless Gloves - Pink



Currently unavailable



Currently unavailable
The Heat Holders Knitted Fingerless Gloves are ideal for adults looking to maintain manual dexterity in cold conditions without sacrificing warmth. By utilizing advanced thermal insulation and a soft plush lining, these gloves effectively trap heat near the skin while remaining moisture-wicking and comfortable for all-day wear. While these gloves provide excellent warmth for daily errands and commuting, they leave the fingers exposed, meaning they are best suited for moderate cold rather than extreme alpine environments.
| Age Group | adult |
|---|---|
| Colour | Pink |
| Gender | Female |
| Material | Fleece |
| Model Part Number | 1435964 |
| Brand | Heat Holders |
Yes, because the gloves are fingerless, you have direct contact with your touchscreen devices at all times.
Hand washing is highly recommended to preserve the plush Heatweaver lining and the integrity of the thermal yarn.
No, these are designed for casual daily use and are not windproof or waterproof enough for skiing or extreme winter sports.
The gloves are made from high-performance thermal insulating fleece and feature a plush fur-like lining.
They are designed as a standard adult fit, offering enough stretch to accommodate most hand sizes comfortably.
Yes, the length of the gloves is designed to extend over the wrist area to ensure no heat is lost at the cuff.
Ensure you are not wearing them in conditions that exceed their thermal capacity and allow them to air out fully between uses.
Avoid contact with rough surfaces or sharp objects; use a fabric shaver gently if pilling occurs.
These gloves are ready to wear immediately upon removal from packaging. Because they feature a standard knitted design, they are one-size-fits-most for the adult female demographic. To maintain the integrity of the thermal lining and the soft fleece exterior, it is recommended to hand wash these gloves in cool water and lay them flat to air dry. Avoid using harsh chemical detergents or bleach, as these can break down the thermal insulating fibers and reduce their effectiveness over time.