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.

Wireless sensors transmit real-time pressure and moisture data to adjust pressing parameters, preventing steam bursting in thick panels.

Nested tooling bodies eliminate leading and trailing material waste by integrating alignment shoulders directly into the consolidation process.

A saddle-shaped film tension device applies continuous biaxial forces via binding ropes to achieve uniform thickness during stretching.

A molding system uses control units to correct operation timing deviations.

A PTFE extruder uses interchangeable calibrating elements within an expansion chamber to control fiber orientation.

A pre-stretch unit manages film tension through sequential rolls and detensioning mechanisms.

Air blowing nozzles and exhaust mechanisms form an air curtain to stabilize tenter oven airflow.

Incorporating 2.0% to 15.0% naphthalate into the polymer structure preserves thermal stability through multiple sterilization cycles.

Tandem extrusion with precise pressure control increases the foaming rate of PLA sheets while maintaining tensile strength above 80 MPa.

Counterweights apply vertical loads to stabilize servo actuators, eliminating backlash during thin film roll gap control.

A co-extrusion roller unit forms layered plastic flooring substrates through precise material distribution and controlled rolling.

Segmented calender modules on a shared rail reduce device size and material usage during new film development.

Cyclohexane dimethanol units lower processing temperatures, preventing container deformation and white-turbidity.

Flat glass fibers in aromatic polycarbonate resin improve bending strength while maintaining surface smoothness during extrusion.

Alternating cuts in prepreg base materials randomize fiber axis directions during hot pressing to ensure uniform dispersion and isotropy.

Air bearings decouple weight forces from transverse stretching loads in the clip-chain unit to enable low-friction operation.

Extruding fluororesin material through a die at 305 to 355°C with an average flow velocity of at least 1×10^-4 m/sec.

An overlapping calender layout reduces machine length from nine meters to 2.5 meters while preserving continuous film production.

A heat-shrinkable polyester film composition maintains a 25% shrinkage rate through specific dibasic carboxylic and diol mixtures.

Elevated die lip temperature prevents solid deposition and streaks, maintaining optical quality in continuous polyamide film production.

A wood fiberboard manufacturing method segments fibers into glued process strands and unglued non-process strands for efficient mixing.

Hybrid catalyst balances productivity and processability in olefin polymers, resolving contradictions between bubble stability and production efficiency.

Chemical injection raises scrubbing liquid pH to increase terpene solubility, resolving low capture efficiency in wet scrubbing processes.

Rounded jigs cover seal part gaps to prevent resin pooling and ensure stable film thickness.

Automated actuators adjust the slot die gap profile using real-time pressure sensor feedback to maintain uniform web thickness.

A movable plate with a transfer belt scoops up adhesive sheets to prevent deformation during transfer.

Encapsulating mixed waste particles in thermoplastic binder eliminates sorting costs while producing structural material.

Automated haze lane mapping replaces manual calibration to reduce material waste and improve film thickness control accuracy.

Low acid value polyester-based plasticizers prevent bleeding in molded articles while maintaining high crystallinity.

Heating part raises raw material temperature by 5 to 20°C, halving stress gradients that cause sheet tilting and waving at the die outlet.