Thermal Insulation TRIZ Cases

Insulator pockets reduce thermal strains in the inner manifold, allowing the heat exchanger to maintain flow rates under high operating temperatures.

A heated pipe integrates a semi-conductive layer on electric heating cables to manage electrical discharges along the transport casing.

Segmented modular insulation covers pipe fittings and flanges, reducing manual installation effort.

A pipe covering device uses a sealing ring and locking ring to secure the casing.

Microwave curing replaces gas burners to eliminate atmospheric emissions and reduce energy consumption during mineral wool pipe production.

Directly incorporating wax into polyurethane eliminates encapsulation viscosity issues while providing thermal insulation and latent heat storage capacity.

An adjacently-installed temperature equalizer uses a fluid channel to transfer thermal energy through one designated surface.

Lined tubes prevent dew point corrosion and fly ash fouling while preserving thermal efficiency in power station air preheaters.

Vaporous organosilanes treat microporous thermal insulation to create a hydrophobic core while maintaining a hydrophilic surface for water-based adhesives.

Thermal insulation maintains welded joint temperatures below 400°C, preventing metal dusting corrosion while preserving weld integrity.

Multilayer insulation sleeve with elastic silicone layers and a hook-and-loop flap prevents oil degradation of mineral wool.

A micro channel heat exchanger uses a heat blocking member to separate stacked modules and form an insulating space.