Molten Spray Coating TRIZ Cases

See how a rotary device circulates heat medium through the base material during thermal sprayin

See how a thin-walled stainless steel core with dual-conductivity glass layers resolves the con

See how multi-layered vents combine metallic cores with ceramic or stone surface layers to matc

See how composite roof vents combine metallic cores with coating layers to match ceramic and co

See how fiber-reinforced coating creates rough surface topology to maintain non-stick and self-

See how hydrophobic and oleophobic borders contain liquids within designated areas by creating

See how plasma-sprayed thermal barrier coatings with non-vertical growth domains achieve PVD-le

See how a transition metal boronitride surface layer on hardened substrate resolves the trade-o

Pulsed laser treatment adds nanostructures to ceramic oxide coatings, boosting solar absorption while preserving durability above 700°C.

A roughened metal cup chamber is glass- or enamel-coated and sintered to block corrosion, metal ions, and sealing loss in hot or acidic use.

Low-temperature sprayed metal-ceramic layers let aluminum cookware work on gas and induction heat without bottom-layer peeling.

Hydrophobic and oleophobic border regions confine water, oils, and alcohols on flat surfaces to reduce spill spread, contamination, and corrosion.

Localized hydrophobic or oleophobic borders contain liquid on planar surfaces, limiting spread and reducing contamination, corrosion, and damage.

Selective oxidation and pyrrole vapor deposition create flexible textile sensor arrays with stable conductivity and tunable strain, temperature, and humidity sensing.

Carbon-fiber protrusions create a rough coating that keeps kitchen appliance surfaces nonstick and self-cleaning above 100°C.