Ceramic Shaping Apparatus TRIZ Cases

Integrated guides on reusable porous mold carriers prevent shifting during ceramic slip casting and simplify precise mold closure.

Lower-density absorbent zones create folding channels that improve body fit, speed fluid distribution, and help reduce leakage.

A 3D metal oxide foam sensing layer boosts toxic gas sensitivity and shortens diffusion paths for faster ethanol and CO detection.

Integrated heating, sensing, and power control keep concrete temperature uniform, speeding low-carbon concrete curing and formwork removal.

Acrylate vegetable-oil binders replace styrene polyester resins to stop UV yellowing, cut hazards, and lower slab production costs.

Fiber reinforcement strengthens brittle aerogel Cherenkov radiators while preserving optical transmission for subatomic particle detection.

Casting and drying a high-purity alumina slurry forms dense monoliths for single crystal growth without mechanical compaction or added impurities.

A mobile forming system squeezes and consolidates cementitious mix to build walls, slabs, and beams without stationary forms.

Synthetic wollastonite made from calcined calcium silicate hydrate waste replaces natural supply while preserving board strength and heat stability.

An embedded grooved profile enables off-site glass panel mounting in precast concrete, cutting on-site labor, time, and safety risks.

A filtering blade removes large agglomerates while overflow control stabilizes slurry flow, reducing streaks, air pickup, and foil tears.

A dual-blade tape casting layout filters large agglomerates and stabilizes slurry flow to reduce streaking, foil tears, and layer non-uniformity.

A removable support ring lets preforms use larger diameters and thicker walls while cutting permanent neck material in stretch blow molding.

Targeted vibration lowers concrete yield stress for gravity-fed discharge, improving fresh layer bonding and surface finish without accelerators.

A tapered sensor element fixes the hot spot away from electrodes, reducing thermal damage while avoiding fragile narrow sections.

Sodium silicate ceramic tooling withstands downhole heat and pressure, then dissolves predictably to eliminate retrieval time and waste.

Low-binder aluminium nitride slurry enables slip-cast ceramic components with complex shapes and embedded electronics while reducing layer defects.