Protective Equipment TRIZ Cases
- Biaxially Oriented Polypropylene Multilayer Film for Low-Temperature Sealing
Metallocene PP layers enable low-temperature sealing, seal strength, clarity, and recyclability.
- Metallocene Polypropylene Skin Layers for Stable Blown Films
Metallocene PP skin layers improve blown-film stability, strength, and optics.
- Multilayer Polyurethane Protective Films With Silicone PSA for UV Stability
A multilayer polyurethane film uses silicone PSA and corona treatment for durable adhesion and environmental resistance.
- Ballistic-Resistant Composite Resin: MA-g-PP for Fiber Adhesion
This case uses maleic anhydride-grafted polypropylene to strengthen fiber adhesion and improve sonic velocity for ballistic resistance.
- Protective Garment With Aramid and Multi-Durometer Pads for Force Dissipation
This case combines aramid layers, varied foam densities, and shield layers to dissipate impact forces while preserving mobility.
- Biodegradable PLA Nonwoven Fabric for Pleat-Retaining Filters
A PLA fiber layer with a controlled polarized Raman ratio supports biodegradability, pleat retention, and filter efficiency.
- Anti-Ballistic Plate Assembly with Inner-Face Straps for Anatomical Fit
Positioned attachment areas on the plate inner faces help straps follow body contours, reducing shoulder pressure, gaps, and discomfort.
- Bilayer Screen Protection Film with Polyethylene and PVC Shock Absorption
A repositionable polyethylene inner layer and shock-absorbing PVC or polyurethane outer layer protect screens without adhesive residue.
- Polyester Film Resin Alloy for Heat, Bending, and Transparency
Twin-screw resin alloy dispersion improves polyester film heat and bending resistance.
- Polyester Multilayer Film Composition for Tough, Controlled Shrinkage
Specific glycol and diacid proportions deliver tough, recyclable polyester films with controlled shrinkage for packaging.
- Protective Lamination of Writing Feel-Improving Films Against Thermal Peeling
A 0.01–1.00 WEM-to-adhesive thickness ratio keeps protective film bonded and preserves writing feel film quality.
- Multilayer Protective Film for Flexible Display Haze Stability
Ether- or ester-based layers and protective outer layers preserve flexibility, impact resistance, and optical clarity over time.
- Hard-Soft Multilayer Film for Flexible Curved Electronics
A segmented polymer film balances surface hardness, flexibility, impact resistance, and optical performance across temperatures.
- Carbon Fiber–Polyurethane Shielding Structure for Rigid CT Imaging
This case combines carbon fiber skins with a polyurethane core to improve shielding rigidity, reduce cost, and limit imaging impact.
- Layered Composite Door Structure for Lightweight Impact Protection
This case layers UHMWPE, basalt fibers, porous sheets, and fill materials to protect against projectiles, explosions, and fire.
- Heat-Treatable Solar Control Coating to Reduce Red Haze
A tin oxide base layer protects metallic solar-control coatings from scattering centers, preserving absorption and color after heating.
- Multilayer Thermoplastic IPN Film for Flexible Scratch and Stain Protection
A multilayer IPN film combines thermoplastic flexibility with scratch and stain resistance.