Problem & Lösung

Praktische Antworten auf häufige Herausforderungen mit Kunststoffmaterialien

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Glass Fibre surface orange peel texture

Injection Molding Glass Fibreorange peel texturemold temperatureholding pressuresurface solidification

Glass Fibre severe internal stress concentration

Injection Molding Glass Fibreinternal stressorientation stressannealing treatmentuniform cooling

Glass Fibre wall thickness too thin

Thin wall is caused by insufficient injection; raising pressure and temperature are key

Injection Molding Glass Fibrethin wall thicknessinjection pressuremelt viscositymold temperature

Glass Fibre injection molded product unstable weight

Product weight stability depends on shot amount accuracy and holding consistency

Injection Molding Glass Fibre injectionweight fluctuationshot amountholding consistencyV/P switchover

Glass Fibre '2079851475616104452 cold slug marks

Injection Molding Glass Fibre injectioncold slug marksnozzle temperaturecold slug wellinjection pressure

Glass Fibre '2079851475616104452 flow marks

Injection Molding Glass Fibre injectionflow marksinjection speedmold temperaturegate area

Glass Fibre '2079851475616104452 sink marks

Injection Molding Glass Fibre injectionsinkholding pressurewall thickness differencegate design

Glass Fibre injection multi-cavity unbalanced filling

Injection Molding Glass Fibre injectionmulti-cavity balancerunner designgate sizemold flow analysis

Glass Fibre injection molded product ejector whitening

Injection Molding Glass Fibre injectionejector whiteningejector pin areacooling timedraft angle

Glass Fibre '2079851475616104452 low weld line strength

Injection Molding Glass Fibre injectionweld lineinsufficient entanglementinjection temperatureoverflow well

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