A discontinuous expandable graphite resin coating boosts textile heat protection while preserving breathability, flexibility, and lower heat stress.
Partially aromatic polyamide blended with FR cellulose or modacrylic stops molten dripping and enables self-extinguishing fabrics.
Expandable graphite in a polymer resin forms a heat-reactive textile layer that cuts afterflame and extends break-open time.
A heat-expanded graphite resin coating boosts textile burn protection while preserving breathability, flexibility, and low heat stress.
Substantially inextensible straps and an adjustable mask frame help CPAP masks stay sealed at higher pressure with less lift-off and discomfort.
An intumescent graphite-resin insulation expands under heat to boost textile protection while preserving breathability and wearer comfort.
Discrete reflective or conductive elements on fabric direct body heat while preserving breathability, flexibility, and moisture transfer.
Discrete reflective or conductive elements direct body heat while preserving fabric breathability, moisture transfer, and flexibility.
Fiberglass or hollow glass spheres in silicone create a coating that insulates heat, radiates it away, and stays bonded under cold mechanical stress.
A membrane evaporator and chemical absorber cut spacesuit water use while maintaining heat rejection through vapor absorption and recirculation.
A multilayer aramid fabric balances heat insulation, chemical resistance, and breathable waterproofness without adding bulk.