Bottles TRIZ Cases
- Bottle With Varying Wall Thickness For Top Load Strength
Thickens high-stress zones like the heel and shoulder to withstand top loads without increasing overall bottle weight.
- Gas-Assisted Base Blow Off for Blow Molding
A gas-assisted base blow off system introduces pressurized air through mold orifices to cool polymer bottle bases before evacuation.
- Synthetic Resin Bottle Decompression Panels
Arcuate pillar sections configure an imaginary perfect circle to resolve the contradiction between decompression absorption and exterior shape integrity.
- Modular Interlocking Containers for Waste Reduction
Interlocking modular containers convert waste plastic bottles into durable building blocks, reducing landfill pollution and promoting sustainable recycling.
- PET Container Light Shielding with Low Filler
Low filler aluminium and absorbent additives in PET achieve total light protection without delamination or high manufacturing costs.
- Bimodal Propylene Copolymer for Blow Molded Bottle Clarity
Segmenting polymer chains into two fractions with distinct comonomer contents maintains gloss and transparency after sterilization.
- Curved Bottom Wall for Even Rotational Movement in Pressure-Reduction Bottles
A downward-protruding curved portion in the movable wall ensures even rotational movement across the entire circumference of pressure reduction-absorbing bottles.
- PET Copolymer Hot-Fill Container Shrinkage Control
A PET copolymer composition with controlled diethylene glycol and naphthalenedicarboxylic acid levels enables heat-set stretch blow molding for dimensional stability.
- Flexible Standing Ring Mold for PET Container Vacuum Integrity
A mold forms a flexible standing ring on plastic containers to absorb internal vacuum forces and maintain structural shape.
- Liquid Storage Bottle Annular Groove Spin Welding
Annular groove on bottle body contains molten resin during spin welding, preventing escape that degrades appearance and hermetic sealing.
- Bottle With Offset Circumferential Grooves To Prevent Buckling
Offset circumferential grooves increase radial rigidity while preventing buckling strength reduction.