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ACF-3.0mm(R) / Chopped Aramid Fiber

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MOQ : 400 Kilograms

ACF-3.0mm(R) / Chopped Aramid Fiber Specification

Applications
Reinforcement for friction materials, composites, plastics, and rubbers

Bulk Density
0.2-0.4 g/cm

Electrical Conductivity
Non-conductive

Material
100% Para-Aramid

Packaging
Vacuum packed in PE bags, 10 kg/bag

Flammability
Self-extinguishing

Density
1.44 g/cm

Product Name
ACF-3.0mm(R) / Chopped Aramid Fiber

Shelf Life
12 months under proper storage conditions

Length
3.0mm

Color
Yellow

Cut Length Tolerance
0.2mm

Form
Chopped fiber

Fiber Type
Aramid Fiber

Melting Point
Does not melt; decomposes above 500C

Diameter
12-20 microns

ACF-3.0mm(R) / Chopped Aramid Fiber Trade Information

Minimum Order Quantity
400 Kilograms

FOB Port
FOB, Busan, S.Korea

Sample Available
Yes

Packaging Details
5kg/pack 4 pack/box 20 box/pallet

About ACF-3.0mm(R) / Chopped Aramid Fiber

Product Description-Chopped Aramid Fiber (Dipped into RFL)

Product Feature

Excellent Heat-resistance
Excellent Wear-resistance
Low Dimensional Change Rate
Excellent Dispersibility
Excellent Adhesive Strength for Rubber

Product Specification

1) Fiber : para-ARAMID
2) Coating Resin : RFL (Resorcinol Formaldehyde Latex)
3) CHOP Length : 3 mm (Normally 1-9 mm for Rubber, but adjustable between 1-999 mm)
4) Color : Brown

Product Use

Use for Rubber Tire/Belt/Hose Reinforcement
Use with Other industrial materials as composite material for Reinforcement

Superior High-Temperature Reinforcement

Engineered for excellent thermal stability, ACF-3.0mm(R) fibers maintain their integrity in environments exceeding 500C, decomposing instead of melting. Their self-extinguishing characteristic enhances safety in applications where fire resistance is crucial, such as in friction components and heat-resistant composites.

Reliable Performance and Versatility

Chopped to a precise 3.0mm with a narrow cut length tolerance (0.2mm), this aramid fiber ensures uniform dispersion and reinforcement in a variety of matrices. It is ideal for improving the mechanical strength, dimensional stability, and lifespan of plastics, rubbers, and composite materials across different industries.

FAQ's of ACF-3.0mm(R) / Chopped Aramid Fiber:

Q: How is ACF-3.0mm(R) / Chopped Aramid Fiber typically used in industrial applications?

A: ACF-3.0mm(R) is primarily added as a reinforcing material in the production of friction materials, composites, rubbers, and plastics. Its high strength and self-extinguishing properties make it suitable for products requiring thermal stability and enhanced durability.

Q: What are the key benefits of choosing this aramid fiber over conventional reinforcement materials?

A: The main advantages include superior mechanical strength, excellent thermal resistance (decomposes above 500C), self-extinguishing behavior, and non-conductivity. This combination makes it safer and more reliable in demanding environments than many traditional fibers.

Q: When does the product reach the end of its shelf life, and what storage conditions are recommended?

A: ACF-3.0mm(R) has a shelf life of up to 12 months under proper storage conditions: keep it in vacuum-sealed PE bags, away from moisture, direct sunlight, and extreme temperatures to preserve its quality and performance.

Q: Where is ACF-3.0mm(R) manufactured and distributed?

A: This chopped aramid fiber is manufactured and supplied by distributors, exporters, and traders in South Korea, with availability for global export to meet the demands of various industries.

Q: What is the process for incorporating ACF-3.0mm(R) into composite and plastic formulations?

A: To add ACF-3.0mm(R) fibers, they are typically dispersed uniformly within the matrix (resin, rubber, or polymer) during the material formulation stage, ensuring even reinforcement and optimized mechanical properties in the final component.

Q: Is ACF-3.0mm(R) / Chopped Aramid Fiber electrically conductive?

A: No, this product is non-conductive, which makes it suitable for applications requiring electrical insulation along with high mechanical strength and flame resistance.

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