BELLAI VIRTUAL

Fabric Technology

Climate Control Ultimate weather protection through advanced waterproof/breathable technology, engineered to keep moisture at bay, inside and out. H2XTREME® membranes stop water and wind from penetrating the garment while allowing water vapor to escape, keeping you warm and dry in all weather conditions.

Ultrasonic Welded Seams Seams are ultrasonically fused together to form a continuous, impermeable barrier – more durable than traditional seams because there are no needle holes that would allow water to penetrate the outshell. Ultrasonic welding creates durable permanent sealed seams in technical fabrics and protection without adding bulk or weight to the garment.

Waterproof Zippers STORMTECH Waterproof zippers are built to keep you dry in extreme wet weather conditions. A waterproof polyurethane adhesive film is bonded to the zipper tape to create a waterproof seal on both vislon and nylon coil zippers.

ultra sonic WELDED SEAMS

WATERPROOF/BREATHABLE STORM PROTECTION

ZIPPER TECHNOLOGY

Active Moisture Management ultra sonic WELDED SEAMS

PFC-Free DWR Water Resistance PFC-Free Durable Water Repellent technology is a polymer coating added to outerwear to provide water resistant protection. DWR treated fabrics prevent light rain and snow precipitation from saturating the outer fabric surface and prevents fabric from becoming weighed down by excess moisture, for optimized comfort and freedom of movement.

Odor Control Polygiene Freshness-treated garments allow you to enjoy the confidence of fresh, all-day wear while minimizing the need for frequent washing. By extending the time between washes, these garments save you valuable time, reduce water consumption, and minimize waste.

Next-to-skin climate control with moisture management technology to regulate your core. Body moisture is transported from the skin to the fabrics outer surface through the capillary action of specialized moisture wicking yarns.

PFC-FREE DWR

All Weather Thermal Protection

Thermal Shell Technology

HD Heavy Duty Outshell Heavy-duty, heavy weight nylon and polyester fabrics are constructed to withstand the most rigorous and extreme industrial applications and weather conditions. HD fabrics are also coated to achieve a high level of water resistance.

High loft, high efficiency Thermolex™ synthetic down – developed and tested by STORMTECH is inserted into each quilted panel to a specific fill weight in order to achieve maximum warmth and softness. Engineered to be lightweight and highly efficient in all weather conditions.

High efficiency/high loft synthetic alternative to down, designed to maintain its thermal properties while being lightweight providing superior resistance in colder conditions. Quilting is achieved by sewing through all 3 layers of the garment.

HIGH LOFT SYNTHETIC DOWN thermolex ™

SHELL

SHELL

Anti-snag Construction Anti-snag construction is achieved by using specialized yarns that are less likely to break or unravel when pulled or snagged by incorporating specific knitting techniques that reinforce the fabric and reduce the risk of snagging. The result is a more durable and resilient fabric that is less likely to snag or run; improving the quality and longevity of the finished product. HIGH LOFT SYNTHETIC DOWN thermolex ™

Sun Protection UVX rating is a measurement of the ultraviolet protection provided by a fabric used in garments, indicating how effectively the fabric blocks UVA and UVB radiation from the sun, which can cause skin damage. Fabrics are treated or constructed using densely woven or knitted fabrics and UV absorbent fibers to reflect UVA and UVB light.

4-way Stretch Four-way mechanical stretch fabrics stretch and recover in all four directions. Made from a combination of natural and synthetic fibers, and Spandex, highly elastic synthetic fiber, used to provide additional stretch and recovery properties to create a highly flexible, comfortable, and durable fabric that is ideal for use in athletic, outdoor, medical and industrial applications.

CONSTRUCTION anti- snag

4- way stretch

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