Cinqplast Plastop - Manufacturing of plastic containers and closures for the packaging industry
Cinqplast acquires Steriplas Pty Ltd -Injection Blow Moulding facility...
DVD cover production.......
Injection Stretch Blow Moulding
Currently using a number of machines utilising single stage technology moulding P.E.T.
MAIN USES
Mainly used for P.E.T., where people require high clarity and superb presentation of their product, products such as water bottles, high quality cleaning products, pharmaceutical and cosmetics.

P.E.T is classified as category one for recycling, this has the most re-uses and is currently been actively recycled in Australia, Cinqplast is currently utilising some recycled materials in less critical non food applications.

Injection Moulding
Cinqplast has a modern array of European Injection moulders capable of moulding above 300 tonnes, injection moulding of Technical and thin wall packaging articles.
MAIN USES
This process is used for a vast number of product groups, caps and closures from Polypropylene through to technical components out of engineering resins plus thin wall food packaging from latest clarified polymers.
Injection Blow Moulding
Cinqplast has an exclusive licence to use Wheaton injection blow moulding equipment in Australia and has the full back up of this Global machinery and packaging supplier; the machines are capable of moulding H.D.P.E, P.P, and P.E.T.
MAIN USES
Mainly used for smaller bottles, deodorant roll on bottles and jars, where high cavitation gives economical manufacture of high quality products, common in areas such as pharmaceuticals, cosmetics and personal care.
Extrusion Blow Moulding
Cinqplast uses mainly high quality German blow moulding machinery; we have machines currently moulding H.D.P.E, L.D.P.E, P.P, and P.V.C.
MAIN USES
Used for larger articles, from 300mls upward typical applications such as detergent and bleach bottles, automotive products and personal care.
Thermoforming
Cinqplast is currently Thermoforming food grade articles.
MAIN USES
Used for high quality less precise components, normally high cavitation makes this process attractive for disposable food containers where dimensional accuracy is not as critical.