See how a removable base assembly with mechanical recess fit eliminates adhesive degradation an
An elastic squeeze-fit stand holds medicament delivery devices upright during mixing, improving stability, storage, and fit across device sizes.
A bayonet-locked spray head assembly enables tool-free capsule changes for fast switching between foam formation and jet profiles.
An adhesive layer bonds the lightweight container to a support plane, while a removable film prevents unwanted adhesion before use.
Threaded connectors join plastic containers to metal stands, ensuring structural integrity under high internal pressure and temperature changes.
Asymmetric bottle heel design rotates movable wall portion to suppress sink marks and maintain grounding stability.
Hot melt adhesive bonds a base cup to a plastic bottle rounded bottom, preventing stress crazing and cracking while maintaining structural integrity.
A glass bottle punt bottom with a central protruding tubular wall raises the containment body for improved stability.
A synthetic resin bottle bottom plate uses radial guide ribs to promote smooth upward deformation during vacuum absorption.
Manufacturers attach supplemental ingots to containers, allowing dynamic value adjustment to boost consumer motivation and reduce landfill waste.
Internal mounting plate secures an aero-shaped bicycle water bottle, eliminating external cage drag.
Sequential vacuum exposure to hydrogen peroxide and ozone generates surface radicals for rapid microbial destruction.
A keg chime uses a central projection and inner hub to maintain upright stability during adhesive bonding.
An upward swelling part at the outer end of a bottle's movable wall initiates smooth upward movement, resolving reduced-pressure absorption difficulties.