Outlast® Temperature Regulation technology is designed to stabilize the micro-climate within sports, workwear and protective gear, effectively reducing heat spikes and preventing freezing in extreme conditions. Laboratory tests show that this technology can significantly reduce sweat production and help maintain the body’s water balance, enhancing comfort and reducing the risk of overheating or chills.

For those in demanding roles, Outlast® helps regulate body temperature to improve focus and concentration, supporting peak performance even under intense conditions. Outlast® adds essential value and functionality to protective gear, helping wearers stay comfortable, focused, and ready for challenging tasks.

AERSULATE® textiles deliver top-tier insulation with ultra-thin profiles, setting them apart from traditional bulky insulation materials. With thicknesses as slim as 1-2 mm, AERSULATE® achieves impressive thermal resistance, opening up new possibilities for applications where space-saving design is essential.

Outstanding Performance

Testing by the German Institutes for Textile and Fiber Research (DITF) shows that AERSULATE® increases thermal resistance by over 100% when compared to identical materials without this technology.

Reliable Under Pressure and Moisture

AERSULATE® performs exceptionally well in extreme conditions, maintaining its insulation even under pressure and moisture, whether for cold or heat resistance.

Outlast® Temperature Regulation technology is engineered to stabilize the microclimate within military, safety and protective gear, delivering optimal performance by minimizing heat spikes and preventing freezing. Recognized as Certified Space Technology™ by the Space Foundation, a NASA initiative, this advanced solution dynamically adapts to temperature fluctuations. By actively managing changing temperatures, it reduces both sweating and the risk of freezing. Laboratory tests confirm its ability to significantly decrease sweat production while maintaining the body's water balance, enhancing comfort and reducing the risk of overheating or chills.

Our patent-pending AERSULATE® materials represent a groundbreaking advancement in insulation technology. At the core of this innovation is aerogel, a remarkable material comprising 98% air, celebrated for its unparalleled insulating capabilities and ultra-lightweight structure. By combining aerogel with non-woven textiles, AERSULATE® delivers exceptional thermal performance in an incredibly compact design. These innovative materials provide unmatched thermal protection, even under demanding conditions involving pressure and moisture, making them the ideal choice for protective, safety, and military apparel.

For those in demanding roles Outlast® technology helps maintain an optimal temperature comfort zone, enhancing focus and concentration to support peak performance even in intense conditions. By adding essential value and functionality to protective gear, Outlast® ensures wearers remain comfortable, focused, and fully prepared for challenging tasks.

Outlast Technologies GmbH has pioneered a breakthrough in textile insulation by embedding aerogel - a remarkably light and effective insulator - directly into fibers. This innovation significantly enhances insulation properties without adding weight, enabling ultra-lightweight, high-performance apparel. Independent testing confirms that Aersulate-treated fibers provide up to 35% better insulation than conventional ones, setting a new standard in textile technology.

Lightweight, Sustainable, High-Performance: A New Standard for Apparel

The aerogel-rich filling fibers significantly reduces the weight of end products, making it ideal for premium sportswear, jackets, ski pants, and work wear. This is achieved through its exceptionally high aerogel content, which constitutes 50% of the volume. Such a high concentration enables brands to fully utilize aerogels remarkable properties, delivering outstanding performance products.

Unlike conventional insulation materials like foams, wadding, or nonwovens that rely on trapped air for thermal regulation, aerogel encapsulates air within its fiber structure. This allows Aersulate products to maintain their insulating properties even under pressure, where traditional materials often lose effectiveness. As a result, they offer a significant advantage, providing consistent, reliable insulation in high-stress areas such as under backpack straps or at the knees and elbows.

Aersulate technology also supports sustainability: Aerogel is a silicate-based solid derived from quartz sand, which is a natural material, while the fibers are made from wood-based viscose, a renewable and eco-friendly resource.