Cooling Viscose Fibre Driving Ice Sleeves with Open-Finger Design in 26g or 35g Weights

These sun protection oversleeves address the specific need for arm protection during driving and cycling activities where UV exposure can be prolonged. Made from a cooling viscose fibre fabric blended with nylon, they help regulate temperature while providing coverage against the sun. The open-finger design ensures full hand dexterity remains available for operating vehicle controls, gear shifts, and cycle handlebars. Available in five colours and two fabric weights, they offer practical sun protection for both men and women in various light conditions.

Features and Construction

The driving ice sleeves combine functional sun protection with practical design elements suited to vehicle operation. Their construction focuses on maintaining normal hand movement while covering the arms from wrist to upper arm area.

Material and Build

Constructed primarily from nylon fabric, the sleeves incorporate viscose fibre elements that contribute cooling properties during wear. This material combination aims to provide sun coverage without causing excessive warmth, which can be particularly valuable during summer driving or extended cycling sessions. The fabric composition is listed as nylon/nylon, indicating a durable construction suitable for repeated wear in vehicle environments where friction against seats and surfaces may occur.

Size and Practical Fit

Available in two specific size variants distinguished by their fabric weight rather than traditional sleeve length measurements. The 5106 open finger ordinary version weighs 26 grams, offering a lighter coverage option, while the 2129 open finger upgraded version weighs over 35 grams for those preferring heavier fabric protection. Both versions feature the same open-finger design that leaves fingers free for operating vehicle controls, gear shifts, and handling items without restriction.

Uses and Placement

These sleeves serve primarily as protective accessories for activities involving extended arm exposure to sunlight while maintaining the need for hand functionality.

Event or Professional Use

Suitable for professional drivers, delivery personnel, taxi operators, and commercial cyclists who spend extended periods in vehicles with sun exposure through side windows. The cooling properties of the viscose fibre fabric help maintain comfort during long shifts, while the sun protection reduces UV exposure that can accumulate through car windows. The unisex design makes them appropriate for workplace environments where both male and female staff require practical sun protection solutions.

Everyday Home Use

Practical for personal driving, school runs, commuting, recreational cycling, and outdoor activities where arm protection is needed but full hand movement must be maintained. The five colour options—white, pink, grey, black, and blue—allow coordination with different outfits and vehicle interiors. Their simple slip-on design makes them easy to put on and remove as needed when entering or exiting vehicles.

Benefits and Buying Value

These sleeves offer specific advantages for those seeking practical sun protection without compromising hand functionality during vehicle operation.

Reuse and Low Maintenance

Made from durable nylon fabric that withstands repeated wear and washing, maintaining their protective function over multiple uses. The simple construction without complex closures or adjustable elements reduces potential failure points. Their design focuses on straightforward sun protection that can be easily incorporated into daily driving or cycling routines without specialized care requirements.

Why Choose This Product

The driving ice sleeves provide targeted sun protection specifically designed for vehicle operators who need to maintain full hand dexterity. The choice between 26g ordinary and 35g upgraded versions allows selection based on preferred coverage level and fabric weight. With cooling viscose fibre properties and five colour options, they offer practical UV protection that addresses the specific needs of drivers and cyclists without compromising control operation.