Extruder-Fass-Produktions-Video

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Extruder-Fass-Produktions-Video

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April 10, 2023

Kategorie Verbindung: Zwei-Schrauben-Fass

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Tags:

#Doppelschneckenextruder-Fass #Doppelschneckenextruder-Teile #Zwei Schrauben-Extruder-Elemente

Kurzfassung: Discover the precision and versatility of our Parallel Twin Plastic Extruder Screw and Barrel Multiple Feed in this detailed production video. Designed for co-rotating twin screw extruders, our barrels range from 12 mm to 350 mm, offering flexible order handling and optimized performance for various extruder product lines.

Verwandte Produktmerkmale:

Available in diameters ranging from 12 mm to 350 mm, suitable for diverse extruder needs.
Kompatibel mit großen Extrudermarken wie APV, KOBE, Buhler und mehr.
Offers multiple barrel types including feeding, closed, vent, and combi barrels.
Constructed from high-quality materials like nitrided steel, tooling steel, and bimetallic options.
Specialized materials for wear, corrosion, and combined wear & corrosion applications.
Customizable options to minimize wear and tear, reducing operational costs.
Standard-Laufparameter für einfache Auswahl und Integration bereitgestellt.
Manufactured with precision to ensure durability and high performance in extrusion processes.

FAQs:

What types of barrels are available for the Parallel Twin Plastic Extruder?

We offer various barrel types including feeding, closed, vent, combi, extended degassing, and combi with backward venting barrels, catering to different extrusion needs.
Which materials are used for the extruder barrels to handle wear and corrosion?

For wear applications, we use tool steel and PM-HIP materials like SAM10 and SAM26. For corrosion, nitrided steel and PM-HIP materials like SAM39 are used. For combined wear & corrosion, materials like CPM10V and 316L HC276 are available.
Können die Fässer für bestimmte Extrudermodelle angepasst werden?

Ja, wir arbeiten eng mit unseren Kunden zusammen, um optional Materialien und Konfigurationen auszuwählen, um sicherzustellen, dass die Fässer spezifische Anforderungen erfüllen und Verschleiß für eine optimale Leistung minimieren.