Coatings With Pigments TRIZ Cases

See how sugar alcohol stabilizes optical brightening agents in paper coatings to improve whiten

See how post-forming dip-coating applies water-resistant coverage to all straw surfaces, includ

See how a water-insoluble α-(1,3-glucan) polymer coating achieves high ink absorption and fast

In-situ synthesis of inorganic particles in a fiber solution improves composite strength, printability, waterproofness, and durability.

See how water-insoluble α-(1,3-glucan) and dextran coatings provide grease and oil resistance w

See how a styrene-butadiene latex coating with hydrophilic fillers adjusts water vapor permeabi

See how amorphous silica and ethylene-vinyl acetate copolymer in a multi-layer coating improve

Cationic colloidal silica on beaten natural pulp improves moisture resistance and gas separation, preventing dripping and air-flow mixing.

See how a multi-binder outermost coating layer with amorphous silica and ethylene-vinyl acetate

See how α-(1,3→glucan) and dextran polysaccharide coatings provide grease and oil resistance wh

See how water-insoluble α-(1,3→glucan) polymer with controlled porosity absorbs ink rapidly whi

See how convex ink dots with controlled thickness and an intermediate transfer member maintain

See how electron beam curing forms crosslinked networks in water-based coatings to prevent pape

See how a modified starch coating with controlled polymerization and substitution balances high

See how an intermediate transfer member enables high-quality inkjet printing on uncoated fibrou

See how radiation-curable acrylic coatings use electron beam crosslinking to prevent paper wrin

See how an intermediate transfer member with hydrophobic coating enables high-quality inkjet pr

Electron beam curing forms a crosslinked water-based coating on untreated paper, preventing wrinkling and curling with low VOC content.

A composite plasticizer blends ethylene copolymer with liquid plasticizer to cut PVC migration and brittleness while preserving processability.

An intermediate transfer member dries and shapes convex ink dots before transfer, improving image density while limiting fibrous substrate wetting.

Nonionic copolymer dispersants replace alkylphenol novolaks to keep aqueous pigment dispersions concentrated, low-viscosity, stable, and foam-resistant.

Blending crosslinked cellulose-based polymer fibers with cellulose fibers improves wicking and retention while reducing gel blocking in absorbent pads.

Blending starch derivatives with high-viscosity cellulose raises paint viscosity while preserving washing, scrub resistance, and roll quality.

Plant-protein binders and aleuritic acid improve adhesion in conductive cellulose composites while preserving flexibility, biodegradability, and EMI shielding.

A layered aqueous dispersion coating gives paperboard strong water, vapor, oil, and grease barriers while preserving repulpability.

Sugar-derived co-dispersants with carboxylic acid polymers stabilize mineral suspensions, control viscosity, and cut synthetic polymer use.

Clay and light calcium carbonate in an acrylic coating improve sheet adhesion, antistatic behavior, and water resistance to reduce paper jams.

A fine calcium carbonate and clay coating improves PE adhesion and surface smoothness at lower binder use and coat weight.

A multilayer cellulose laminate replaces aluminium foil with metallization and gas-barrier coatings to keep oxygen-sensitive foods aseptic and recyclable.

Applying crosslinkers to low-moisture MFC film and drying within minutes cuts production time while improving oxygen-barrier performance.

A crosslinked PVA-acrylic sizing composition seals paper pores and capillaries while preserving ink adhesion, strength, and printability.

A porous two-layer topcoat lets finish foil absorb water-based stains for a more realistic wood grain effect without losing durability.

Latex and natural binders replace fluorinated substances in a continuous paper coating that resists oil and grease while supporting repulpability.