Flat Articles TRIZ Cases

Pre-coating additives onto resin particles prevents segregation during extrusion, improving weather resistance of solar cell sealants.

Segmented roller temperatures rapidly cool fluoropolymer melt, resolving warping and clouding to achieve high transparency.

Integrated stretching unit aligns release zones to position elastic films accurately between nonwoven webs.

Zoned vacuum pressures on the forming belt manage small recycled fibers to maintain layer uniformity while improving throughput.

Solvent-free lacquer resin composition incorporating covalently modified polyhexamethylene guanidine integrated into the matrix.

Calcium lignosulfonate and free radical precursors cure lignocellulose substrates into composite products with increased brightness.

Pre-heating polycarbonate sheets to glass transition ranges prevents cracking during press molding of stacked resin layers with different viscosities.

Adding a polymer below 220°C melting point smooths the stress-strain curve of polybutylene terephthalate, resolving necking upon elongation.

Controlled extrusion temperature and gradual cooling stabilize recycled resin viscosity to reduce thickness unevenness and enhance lamination strength.

Three-dimensional porous nanocomposite film reflects solar radiation and radiates thermal energy to achieve passive cooling.

Optimized gear pump series control stabilizes discharge accuracy and reduces thickness unevenness in polyolefin microporous membranes.

Controlled polyethylene wax resolves the contradiction between T-die molding productivity and mechanical property deterioration.

Segmented rotating bodies with distinct protruding shapes mechanically separate fibers without excessive cutting.

Heating the extrusion die to within 50°C of the melting point stabilizes melt viscosity, reducing film thickness variation and physical property anisotropy.

Wetting and drying carded straw powder creates a binder for lightweight insulation, solving the bottleneck of unused material fractions.

Flexible shafts separate the drive motor from the welding area, improving visibility and reducing ripple formation in thin plastic sheets.

Slit-shaped outlets deliver thermoplastic resin to form colored belts, resolving shade variation and air bubble inclusion during manufacturing.

Mixed resin composition controls initial shrinkage stress development time to prevent container distortion while improving recyclability.