XReflex

Radiant Barrier Technology

XReflex is an ultra-thin radiant barrier technology applied to textiles using advanced vapour deposition. It reflects body heat back to the wearer, increasing heat retention for thinner, lighter, warmer garments.

1. Ultra-thin

Thinner, Lighter, Warmer™

This high performance coating is applied to one side of the fabric using advanced vapour deposition, creating a sleek, lightweight layer only nanometres in scale.

2. LIGHTWEIGHT

Thinner, Lighter, Warmer™

Like a mirror for heat, XReflex reflects radiant warmth back to the body instead of losing it to the environment, so garments stay warmer without added insulation bulk.

3. Ultra-warm

Thinner, Lighter, Warmer™

XReflex increases insulation efficiency. Delivering up to 50% greater warmth in cold conditions

Lighter products. Lower impact.

Environmental savings per 10,000 insulated jackets¹

81K

Litres of water

3.7

tonnes of CO²

40%

Mj of energy

¹Savings based on the production of jackets with an average 200g insulation, where two XReflex radiant barrier layers are used. This assembly allows insulation weight to be reduced by half, from 80gsm to 40gsm, saving approximately 100g insulation per jacket.

HOW IT WORKS

XReflex technology reflects infrared heat that would otherwise be lost to the environment back towards your body.

XReflex can be used in flexible configurations and multiple layers to capture maximum warmth

Our Fabrics

Weather Barrier

Combines XReflex radiant barrier technology with windproof, light rain–resistant protection. Designed for outer layers, delivering up to 50% greater heat retention.

Down Barrier

Down-proof fabrics designed for internal down bags, replacing conventional materials while increasing heat retention by up to 30% with no added weight.

Wovens

A range of versatile woven fabrics for shell or lining layers, delivering up to 60% greater heat retention in lightweight assemblies.

Stretch Wovens

A range of flexible, high-performance fabrics for shell or lining applications, delivering up to 60% greater heat retention with added comfort and mobility.