Reducing wall thickness in interthread zones cuts material costs and molding time while maintaining seal reliability.
Annular hoop rings direct temporary deformation away from contact zones, ensuring reliable support points during hot-filled bottle conveyance.
Convex bottom set-backs in the preform maintain uniform wall thickness during stretching, preventing deformation from internal pressure.
Air gaps between sub-containers maintain temperature differences without requiring complex separate insulation layers.
A glass container surrounded by a silicone sleeve absorbs impact energy to protect contents during transport.
Inserting a support column inside the inner layer prevents excessive deformation and wrinkles when air separates the layers.
An asymmetric chemical bottle with an offset concave portion and inclined face enables smooth withdrawal from the insertion portion.
A polyamide and polyvinyl alcohol blend creates a tubular casing with controlled water vapor transmission rates.
A container base with radiused diaphragm portions and ribs accommodates pressure differentials during hot filling.
Forming a vent cannula in the closure lets air escape during filling, reducing residual volume.
A white glass container uses a multilayer structure derived from phase separation to achieve rich coloration and mechanical strength.
A glass container uses localized compressive stress regions to redirect cracks along predetermined paths.
A movable diaphragm in the container base flexes to balance headspace pressure and vacuum, preventing structural deformation during hot-filling and cooling.
A removable closure cap integrates a pull-tab mechanism to detach the spout cover during first use.