Product Overview
The Beechfield Suprafleece Thinsulate gloves are a refined solution for those seeking protection against the British winter without the cumbersome bulk of traditional heavy-duty gloves. Designed with a focus on thermal efficiency, these gloves utilise advanced fabric technology to ensure your hands remain warm and functional during outdoor tasks or commutes. The combination of a soft, anti-pilling outer and a specialist Thinsulate layer makes them a staple accessory for any professional wardrobe when the temperature drops.
Key Features
- Ultra-thermal fabric: This high-performance material is engineered to trap heat effectively, ensuring your hands stay warm in biting conditions.
- Integrated Thinsulate layer: Renowned for its insulation properties, this layer provides a barrier against the cold while maintaining a slim profile for better movement.
- Warmth without weight: These gloves provide significant insulation without feeling heavy, allowing you to carry out tasks with precision and ease.
- Anti-pilling Suprafleece: The high-quality polyester outer is treated to resist bobbling, ensuring the gloves maintain a professional appearance even after frequent use.
Design & Performance
The performance of the BC295 gloves lies in their dual-layer construction. The outer shell is crafted from 100% polyester anti-pilling Suprafleece, which provides a soft-touch finish and durability against daily wear. Inside, the 100% polyester lining works in tandem with the Thinsulate insulation to regulate temperature.
In terms of feel, these gloves are remarkably lightweight. They avoid the restrictive nature of thicker winter wear, providing a balance of flexibility and heat retention. The unisex design and range of sizes ensure a comfortable fit for all members of your team, while the tear-out tag allows for a friction-free experience against the wrist.
Why No Customisation?
We provide these gloves as a non-customised item to protect the technical integrity of the garment. The inclusion of the Thinsulate membrane means that any embroidery or heat-applied branding could potentially puncture or compress the insulating layers, thereby reducing the thermal effectiveness of the product. By keeping them plain, we ensure the gloves perform exactly as intended by Beechfield.
Use Cases
These gloves are ideal for professionals working in logistics, site management, or any role that requires frequent transitions between indoor and outdoor environments. They are equally suited for corporate gifting or as part of a general winter uniform for staff who require warmth during their daily commute or outdoor duties.
Why MyWorkwear
Since 1976, MyWorkwear has been at the forefront of the industry, operating from our specialist facility in Telford. We understand that even the smallest accessories, like a pair of gloves, play a vital role in the comfort and productivity of your workforce. Our longevity in the trade is a testament to our commitment to quality and our expertise in sourcing the best apparel for British businesses.
Practical Advice
These gloves are available in two sizes: S/M and L/XL. For the best thermal performance, we recommend a fit that is snug but not restrictive; a small amount of air trapped inside the glove actually assists with insulation. If you are frequently using touchscreen devices, you may find it helpful to briefly remove the gloves to maintain full tactile control.
Caring for your product
To ensure your gloves continue to provide maximum warmth and maintain their aesthetic appeal, proper care is essential. We recommend a warm machine wash to remove dirt and skin oils that can naturally accumulate and flatten the fleece fibres over time. Maintaining the loft of the fleece is key to its insulating power.
If you find it necessary to iron the gloves, ensure you use a low heat setting. High temperatures can cause the synthetic polyester fibres to melt or become brittle, which would permanently damage the Thinsulate layer and the soft texture of the Suprafleece outer. Avoid using bleach, as this can break down the fabric's structure and lead to premature wear.
4.8
