A process coats a cellulose paper web with flame-retardant and anti-mould mixtures before milling it into uniform insulating flakes.
Hollow fiber heat shields reduce weight and space requirements while maintaining high insulating power.
Riveted inserts on housings simplify retrofitting existing couplings, avoiding complex assembly and corrosion risks.
A composite exhaust element uses a textile inner liner to protect insulation material from erosion while absorbing sound.
Segmented insulation and liquid permeable jackets reduce heat loss while maintaining pipe flexibility.
A conformal vapor chamber heat spreader transfers thermal energy to a multi-domain exchanger containing phase change material and fluid loops.
High-humidity curing of dry-pressed silica and fibers creates binder-free thermal insulation with enhanced compressive strength.
Integrating splitting into the curing process reduces throughput time and energy consumption for mineral wool pipe insulation.
A heated tubular body with asymmetric ratchets moves fluid using the Leidenfrost effect without mechanical pumps.
Segmented vacuum jacket and bellows assembly enable tool access to high-pressure fittings while maintaining thermal insulation.
A flexible conduit connects a dry sprinkler assembly to a piping network, allowing positional variation during installation.
A thermal barrier for batteries combines phase change materials with insulation to regulate temperature.
Mechanical claws entangle ceramic fibers on the cover member, eliminating gaps that lower exhaust temperature and reduce purification performance.
Melt-blended unseparated plastic mixtures create thermal insulation sheets without complex separation processes.