Y-Warm can be integrated into curtains as a thin, lightweight thermal insulation layer, helping reduce heat transfer through window areas while maintaining a lightweight curtain structure.

By limiting heat transfer between indoor and outdoor environments, thermally insulated curtains can also contribute to improved building energy efficiency.

Y-Warm can be integrated into comforters as an ultra-thin thermal insulation layer, positioned between other textile layers to create a multilayer structure.

It helps reduce heat loss while allowing moisture vapor to pass through, enhancing warmth and sleeping comfort without adding excessive bulk.

Y-Warm combines ultra-low thermal conductivity with a lightweight, flexible structure, providing high-performance thermal insulation for outdoor gear with minimal thickness and weight.

By reducing heat transfer without relying on bulky insulation, it enables lighter, more compact, and easier-to-carry outdoor equipment.

Y-Warm provides high-performance thermal insulation with minimal thickness and weight, helping reduce heat transfer through tent structures without adding excessive bulk.

Its lightweight, flexible design allows insulated tents to remain more compact when packed and easier to transport.

Y-Warm can be integrated into interior building assemblies as a thin, lightweight thermal insulation layer, helping limit unwanted heat gain in summer and heat loss in winter.

By reducing heat transfer between indoor and outdoor environments, it can help improve indoor thermal comfort and contribute to greater building energy efficiency.

Y-Warm can be integrated into vehicle interiors as a thin, lightweight thermal insulation layer, helping reduce heat transfer between the cabin and the external environment.

By limiting unwanted heat gain in hot conditions and heat loss in cold conditions, it can help improve cabin thermal comfort and contribute to more efficient thermal management.

Y-Warm can be integrated into train carriages as a thin, lightweight thermal insulation layer, helping reduce heat transfer between the interior and external environment.

Its minimal thickness and weight can help improve passenger thermal comfort while preserving interior space and minimizing added weight.

Y-Warm can be integrated into aircraft cabins as a thin, lightweight thermal insulation layer, helping reduce heat transfer between the cabin and the external environment.

Its minimal thickness and weight can help improve passenger thermal comfort while preserving cabin space and minimizing added weight.

The applications shown here are only the beginning.

When thermal insulation is no longer constrained by conventional thickness and weight, product design gains greater freedom in form and function.

Ideas once held back by conventional insulation technologies can now help shape the future.