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Professional Arasive Brush Monofilament Extruding Machine For Industrial

Professional Arasive Brush Monofilament Extruding Machine For Industrial

Key Attributes

Brand Name:LEAP
Model Number:RS
Place of Origin:CHANGZHOU,CHINA
Certification:CE/ISO90001
Minimum Order Quantity:1 set
Price:Negotiable
Supply Ability:50 s per year
Delivery Time:90 working days
Payment Terms:L/C, T/T
Standard Packaging:Acceptable customization

Product Summary

Professional Arasive Brush Monofilament Extruding Machine For Industrial Introduction: To produce abrasive filaments, the following steps are typically involved: Material preparation: Select suitable abrasive particles and a bonding agent. Common abrasive particles include aluminum oxide, silicon ...

Product Details

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Industrial Brush Monofilament Extruding Machine

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Arasive Brush Monofilament Extruding Machine

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Professional Brush Monofilament Extruding Machine

Name: Abrasive Filament
Addtives: SIC Silicon Carbide
Material: PA
Speed: 60m/min
Size: 1.5 Mm-4mm
Sharp: Customized
Application: Industrial
Capacity: 40kgh
Product Description
Detailed Specifications & Features

Professional Arasive Brush Monofilament Extruding Machine For Industrial

 

Introduction:

To produce abrasive filaments, the following steps are typically involved:

Material preparation: Select suitable abrasive particles and a bonding agent. Common abrasive particles include aluminum oxide, silicon carbide, boron nitride, etc., while bonding agents can be resins, ceramics, rubber, etc.
Mixing: Blend the abrasive particles and bonding agent in a predetermined ratio. This is usually done in a mixing machine or blender to ensure uniform distribution of particles and bonding agent.
Shaping: Place the mixture into molds and shape them according to the desired abrasive filament form. The molds can be linear, cylindrical, or other shapes depending on the final product requirements.
Curing: The shaped abrasive filaments need to undergo curing to firmly bond the abrasive particles with the bonding agent. Curing methods can include baking, heating, or chemical reactions, depending on the type of bonding agent used.
Finishing: After curing, the abrasive filaments are trimmed and finished to achieve the desired dimensions and surface quality. This can be done through cutting, grinding, or other machining techniques.
Inspection and packaging: Inspect the finished abrasive filaments for quality assurance, ensuring they meet the required specifications. Then, package them for storage and transportation.
It's important to note that the specific production process of abrasive filaments may vary among manufacturers and specific products. please contact us for more information.

 

Specification:

Twin screw Φ42mm
Raw material PA612 Filament diameter 4mm
Capacity 40Kg/H Filament shape profile
Screw L:D 48:1 Stretching unit 4 sets
Screw material 38CrMoALA Winder 2 spindles
Max linear speed 80m/min Instillation power 440Kw
Nozzle holes 10 holes Overall size 52×2.6×2.8m
 

 

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Professional Arasive Brush Monofilament Extruding Machine For Industrial