Composite Spinneret Plates High Precision Conjugate Spinneret Spinning Nozzles

Nom de marque: Meet Precision
Lieu d'origine: Hunan, Chine
Attestation: ISO9001
MOQ: Pas de moq
Emballage standard: CAISSE EN BOIS
Détails du produit
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Composite Spinneret Plates

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Spinneret Plates High Precision

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Conjugate Spinneret Spinning Nozzles

Product Name: Filière à fibre/plaque de filature/plaque de filière/filière à filament
Application: chaîne de production de fibre
Industry: Machines textiles / Équipements en matériaux composites
Base Material: Acier inoxydable / Acier allié / Alliage de nickel
Surface Treatment: Polissage/revêtement dur/revêtement céramique
Optional Material: Insert en carbure de tungstène/céramique
Corrosion Resistance: Excellent
Wear Resistance: Haut
Working Temperature: personnalisé
Chemical Resistance: Résistant aux acides/solvants
Description du produit
Spécifications détaillées et caractéristiques
Product Overview

Composite spinneret plates represent the pinnacle of precision spinning technology, engineered specifically for the production of bicomponent and multi-component fibers. Unlike conventional monocomponent spinnerets, these advanced assemblies integrate two or more different polymer streams within a single spinning orifice, enabling the creation of high-performance fibers with specialized cross-sectional architectures .

By combining distinct polymers with different chemical, physical, or thermal properties within each filament, our composite spinneret plates enable the production of advanced functional fibers—including ultra-fine microfibers, self-crimping stretch fibers, heat-sealable binders, conductive fibers, and dissolvable sea-island structures—that are impossible to achieve with single-component spinning .

Each composite spinneret assembly comprises multiple precision-machined distribution plates, flow-guiding components, and a spinneret plate with specifically configured orifices. These components work in concert to deliver separate polymer streams to the exact point of confluence, maintaining precise control over layer distribution, interface geometry, and volumetric ratios at the individual filament level.

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