Injection

The injection molding process is highly versatile and requires polymers that allow fast filling and demolding of parts, high productivity, dimensional stability and a good surface finish. Promyde® polyamides meet all these requirements and in addition, they offer reinforced grades, hydrolysis-resistant grades, conductive polyamides and grades with high flame resistance. Promyde has developed one of the broadest ranges of polyamide and PA 6 and 6.6 compounds for injection molding on the market.

In addition, NUREL POLYMERS also offers PBT, PET and PBT/PET compounds, which under the brand name Terylene® have been specially designed for the injection of parts for the automotive, electrical and electronics industries.

Injection blow process is used for the manufacture of hollow plastic parts in large quantities. Promyde offers optimum grades for this type of application.

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REINFORCED AND NON-REINFORCED POLYAMIDES FOR INJECTION MOLDING

Non-reinforced Promyde grades are produced at NUREL through a polymerisation process in which additive packages and polymer chain modifications are made combining cost, effectiveness and differential properties. Our products are melted for the first time in the injection machines of our customers.

Reinforced Promyde grades are also produced 100% at NUREL through our in-house compounding and polymerization process. Our PA6 & PA66 compounds guarantee a high consistency in the processing and an incomparable product behavior.

OUR OFFER OF COMPOUNDS FOR INJECTION

NUREL has recently expanded its compounding facilities. This has allowed us to expand our range of PA6 and PA66 compounds, as well as the launch of a new range of PBT and PET:Terylene compounds.

In response to a growing demand in the electrical, electronic and automotive sectors, where weight limitation and design requirements are increasingly strong, NUREL is working on the development of new materials with controlled thermal and electrical properties, as well as materials for metal substitution, weight reduction and flame retardancy.

Recycled polyamide 6 and 6.6 Recomyde compounds are available for injection molding to meet the expectations of the most sustainable converters.