Woven Fabrics TRIZ Cases

A terry fabric uses thermal shrinkage to create pile height differentials between natural and blended fiber components.

Dissolving PVA fibers creates through pores in cotton yarns, resolving closed pore defects to boost water absorption and drying speed.

Low modulus polyester yarn maintains shape stability and gas barrier effects under high temperature and humidity conditions.

Penetrated portion suppresses fiber fraying and fluffing at edges while maintaining pressure uniformity during hot press operation.

Controlled heating and cooling of meltblown fibers relaxes amorphous regions to produce dimensionally stable bonded nonwoven fibrous webs.

Amine salt binder cures into a water-insoluble polymer on spunbond polyester mats.

Jacquard weaving creates a low density sealing edge for sealant penetration in textile fabrics.

Melt extrusion eliminates residual solvent from UHMWPE films, enabling high tensile energy to break for ballistic applications.

A hook-and-loop fastener uses a polybutylene terephthalate and polytrimethylene terephthalate blend to form flexible loop engagement elements.

Elastic weft yarns bias warp threads to create a raised twill texture, restoring three-dimensional appearance lost by standard elastic weaving.

Intersecting weft tapes absorb stresses in six directions within a single layer, eliminating the need for multiple overlapped fabrics that increase weight.

A composite yarn with a continuous filament core and multi-layered winding structure.

Embedding glass fibers in a cross-linked polymer network reduces thermal expansion while maintaining transparency for foldable displays.

A catalyst composition using a chain shuttling agent to produce segmented copolymers.

A stretchable nonwoven fabric incorporates a low-stretchability region formed by heating and pressurizing thermoplastic fibers.

A cloth prepreg controls weft loosening to 0.2% maximum, maintaining visible woven fabric texture during compression molding.

A foamable resol-type phenolic resin forming material containing a nitrogen-containing bridged cyclic compound and an acid curing agent.

Auxetic seatbelt webbing widens under tension to spread impact loads, reducing peak pressure on the occupant chest.

Short bi-component fibres bond recycled tire shreds without rigid matrix formation, maintaining resilience while lowering manufacturing costs.