A method of producing containers with at least one enhanced property, such as high strength, sturdy, durable, and recyclable are described herein. The container so formed have ribs / patterns at the inner surface, leaving the entire outer surface for decorative or marketing purposes. The ribs / pattern is selected f...

Disclosed herein an extrusion blow moulding process for forming or manufacturing a container, wherein the container is strengthened by disposing ribs on the internal wall of said container using a ribbed parison. The invention further discloses containers manufactured by the process of the invention, whereby the rib...

A method for producing containers with reinforcing pattern on inner walls is disclosed herein. The method comprises of preparing a preform with patterned grooves at its inner side. The preform is subsequently cooled, and ejected from the injection mold. The preform is then reheated to a predetermined termperature an...

A method of producing containers is disclosed herein, wherein the container has reinforcing ribs on its inner wall. The method comprises extruding one or more layers of molten thermoplastic around a mandrel; forming a parison with combination of circumferential & longitudinal grooves; and blowing compressed air ...

The present invention discloses a dispensing squeeze tube container and a method of forming the same. The method includes steps of forming an open ended preform by injection molding; blowing a compressed air into the open ended perform to form the squeeze tube with neck finish; and ejecting the finished product. The...

The present invention pertains to relates to a dispensing closure designed for controlled and versatile dispensation of liquids, accommodating different viscosities. The dispensing closure 100 includes a cap body 10 with an upper portion 10A, a lower portion 10B, and an inner tube 10C ensuring structural integrity. ...

The present invention pertains to an all-plastic dispensing pump 100 which is entirely made of recyclable plastic material. The all-plastic dispensing pump 100 comprises an actuator 11, a main stem 10, a switch 9, a spring 8, a gasket 7, an outer cap (closure ) 6, a piston 5, a sub stem 4, a housing 3, a ball valve ...

A single-piece, plug-less flip-top leakage-proof dispensing closure assembly (100) for glass container (85) is disclosed. The said closure assembly (100) comprises of a body (10), lid (15), hinge (20), top-deck portion (25), spout (30), sealing collar (35), sealing wad (40), finger recess area (45), peripheral skirt...