Slip Casting Moulds TRIZ Cases
- Slip Densification of Corrugated Ceramic Fiber Preforms Without Machining
A stiffened membrane and controlled pressure gap smooth corrugated ceramic fiber preforms during slip infiltration, avoiding post-machining.
- Composite Part Liquid Compaction for Uniform Fiber Volume
Matching compression-fluid density to the impregnation fluid keeps membrane pressure uniform, improving thickness and fiber volume control.
- Composite Part Filtration Layer for Complex Mold Geometries
Granular filtration in a fibrous mold retains matrix particles while draining liquid, cutting cost and fitting complex composite shapes.
- Composite Part Production Using Granular Filtration Layers
A granular filter layer retains matrix particles in a fibrous mold, forming composite parts and a surface layer without rigid porous tooling.
- Pressure-Cast Ceramic Bodies With Impermeable Dry-Release Mold Surfaces
Pressure casting uses an impermeable cavity and porous substrate to reduce drying time, surface tackiness, and cracking during ejection.
- Grooved Drainage Membrane for Composite Compaction Fluid Removal
A grooved membrane improves compression-fluid drainage during aspiration, reducing residue and manual cleaning in composite manufacturing.
- Composite Part Liquid Compaction with Matched Fluid Density
A flexible membrane and near-matched fluid densities control pressure differences during composite part impregnation.
- Rotating Casting Cell for Uniform Ceramic Drainage
A rotating casting cell orients a mould to control ceramic slip drainage through gravity.
- Ceramic Vessel Noise Chamber Foot Design
Segmented foot slabs and temporary seals protect the noise chamber from liquid interference while maintaining bead movement.
- Zirconia Ceramic Casting Apparatus with Dual-Direction Vacuum
Dual-direction vacuum casting reduces processing time for nano-sized zirconia while maintaining uniform buildup across larger dimensions.
- Slip Casting Mold Dewatering Channel Integration
Integrated dewatering channels eliminate complex hose connections, allowing free movement of mold parts and reducing production time for ceramic castings.