Fibre Treatment TRIZ Cases

See how uncured elastomer coating applied before thermoforming prevents permanent wrinkles in 3

See how differential curing rates between woven fabric and discontinuous fiber prepregs suppres

See how blending high and low molecular weight polyamides reduces melt viscosity for efficient

See how a drying-oil, wax, and alkylamine emulsion replaces PFAS to achieve laundry-durable wat

See how 1% bioceramic microparticles with controlled titanium, zirconium, and silicon compositi

See how titanium dioxide bound with crosslinkable resin increases fabric opacity and whiteness

See how liquid fluorine composition directly impregnates fibers, eliminating solvent swelling a

See how a belt press with controlled gaps applies viscous liquid matrix to fibre tows, eliminat

A silk fibroin coating balances gloss and color saturation with stronger colorfastness while masking leather defects and reducing dye use.

A single coating with modified nitrile rubber, isocyanate, bismaleimide, and epoxy improves cord adhesion while preserving bending fatigue resistance.

See how a triple-layer foam coating with density-graded absorption and porous outer structure m

See how controlled coating composition on glass flakes and strands enhances initial strength an

See how conjugated diene rubber with low-vapor-pressure oil enables fiber-rubber adhesion witho

See how N-vinylformamide cationic polymer and antifoaming agent enable inkjet textile printing

See how composite binders combining polysaccharides with vinyl acetate polymers and crosslinkin

See how cationic hydroxyethylcellulose and anionic surfactant enable water-based polyurethane i

See how a rotatable drum with bidirectional flow paths collects solid particles regardless of r

See how silane-based polymer latex eliminates formaldehyde emission in fiber binders while enab

See how a piezoelectric polymer fiber body with nested electrodes generates fretting vibration

See how oxazoline reactive compounds and cationic agents crosslink with ink to improve wash dur

See how carbodiimide groups enable covalent substrate bonding in polyurethane-siloxane copolyme

See how soda ash pretreatment and wax lock compounds retain natural wax on cotton fibers, reduc

Heat-activated puff ink creates raised texture that stays stable in wet wipes, improving caliper, cleaning feel, and tear resistance.

Low-temperature soda ash bleaching and a wax lock retain cotton’s natural wax, cut water use, and preserve fabric strength.

See how starch hybrid copolymers combine cold-water-soluble starch with ethylenically unsaturat

See how a composite polyether-polyester polyol system achieves water resistance and dispersion

See how foam carriers replace spray systems in textile treatment, cutting water use while elimi

See how silk fibroin protein binds scrap leather fibers to recover 60-80% rawhide waste, creati

See how composite polycarbonate diol structure with pendant ester groups balances heat resistan

See how amine-functional overprint varnish reacts with aldehydes, ketones, and residual monomer

See how pre-consumer and post-consumer textiles are transformed into sulfur dyes through sulfur

See how eliminating surfactants from silane coupling agent treatment on B2O3-rich glass cloth s

See how never-dried cellulosic fibers gain hydrophobicity through alkyl ketene dimer and cation

See how alkoxylated aromatics solubilize hydrophobic perfume raw materials in high-water formul

See how composite non-woven layers with conductive coatings and porous structures achieve omni-

See how alternating separated and unseparated fiber sections with water-soluble polyamide coati

See how a multi-axial mesh fiber sheet with controlled resin transparency maintains high tensil

See how a foamed opacifying layer encapsulates carbon black in a polymer matrix to prevent fugi

Spraying carbon nanoparticles onto 3D woven carbon fibers boosts initial damage tolerance without changing resin chemistry or temperature resistance.

See how polyketone bristles replace nylon and PBT to reduce gap-widening, resist wear, and exte

See how a vinyl acetate-ethylene copolymer with carboxamide and carboxylic acid units achieves

See how moisture-cured resin bonding eliminates heat-based ovens in batting production, reducin

See how PEDOT-PSS impregnated fibers with glycerol and sorbitol additives maintain conductivity

See how polyester adhesive matching yarn and backing material enables strong tuft bind and full

See how replacing nitrogen nucleophiles with α-carbon crosslinking agents in carbohydrate binde

See how placing liquid film cleavage agents in the topsheet intermediate position reduces resid

See how additive-modified impregnation with carbon nanotubes and metal particles enables flexib

See how a polyurethane mixture with blocked isocyanate crosslinking resolves contamination and

See how a mineral oil, silicone oil, and phosphoric acid ester blend reduces fiber stickiness a

Metal organoate decomposition in thermoplastic resin yields homogeneous ultrafine particles without degrading the polymer matrix.

A golf ball core uses polybutadiene with specific stress relaxation times to achieve high resilience and soft feel.

An orderly carbon nanotube wire eliminates the skin effect to reduce signal decay in ultra-fine coaxial cables.

A methacrylic resin composition incorporates a metal compound deactivator to neutralize residual catalyst activity during thermal processing.

Crosslinked norbornene polymers maintain transparency at 400 nm while resisting N-Methyl-2-pyrrolidone solvents during thermal processing.

Brominated flame retardants combined with antimony auxiliaries improve ABS resin weatherability while maintaining mechanical integrity.

Saponified ethylene-vinyl acetate copolymer enhances polyolefin-EVOH compatibility, suppressing die build-up and preventing coloration in recycled laminates.

Replacing metallic salts with non-metallic buffers reduces ion contamination over 100 times while maintaining compression set below 35% at 200°C.