Solvay PlasticsProcessing TechniquesInjection moulding
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Injection moulding


In injection moulding, the plastic is forced into the mould at very high pressure. The mould is then kept at a given temperature while the polymer solidifies; the halves are opened and the finished article is ejected. For small parts, lots of moulds are often mounted on one machine and the molten plastic is injected into them all simultaneously. Injection moulding can produce far more complex items than extrusion, but it isn't a continuous process.

The finished articles it produces are in their final shape and can be rigid or soft, compact or cellular. Injection blow moulding allows hollow articles to be produced.
With over-moulding (co-injection), it's possible to produce articles with rigid cores (metal or polymer) by placing the cores in the mould before the plastic is injected.

 Blow moulding
 Calendering
 Cast or blow film
 Coating
 Extrusion
 Injection moulding
 Rotational moulding
 Thermoforming
 Transfer moulding

Aromatic Polyamides
 Amodel® PPA
 Ixef® PARA

Engineering Polymers
 Cogegum® EVA
 Polidan® PEX, XLPE
 Polidiemme® ERP, EPDM
Fluorelastomers
 Tecnoflon® FKM & FFKM
Fluoropolymers
 Halar® ECTFE
 Hyflon® PFA & MFA
 Hylar® PVDF
 Solef® PVDF
Other Semi-crystallines
 Primef® PPS
 Xydar® LCP
Sulfone Polymers
 Acudel® 
 Mindel® modified PSU
 Radel® A / Gafone™ PESU
 Radel® R
 Udel® PSU
Ultra Polymers
 AvaSpire® modified PEEK
 EpiSpire HTS
 KetaSpire® PEEK
 PrimoSpire® SRP
 Torlon® PAI
Vinyls
 Benvic® PVC, PVC/PMMA, PVC/PUR, PVC/ABS
 SolVin® susp PVC
 Vinyloop®

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Date de dernière mise à jour: 21/11/2008