Quality Conductive Polyester Staple Fiber, Permanent Carbon-Blend Conductive Fiber for Industrial Textile & Nonwoven factory

Conductive Polyester Staple Fiber, Permanent Carbon-Blend Conductive Fiber for Industrial Textile & Nonwoven

Name: Conductive Polyester Staple Fiber, Permanent Carbon-Blend Conductive Fiber for Industrial Textile & Nonwoven
Brand: Guangzhou Octopus Fiber Co.,Ltd.
SKU: JS-78Y
Price: negotiable USD
Availability: InStock

Product Summary

Conductive Polyester Staple Fiber, Permanent Carbon-Blend Conductive Fiber for Industrial Textile & Nonwoven Conductive Short Fiber 3D*64MM Specifications can be customized Product Overview The 3D*64MM conductive polyester staple fiber addresses critical limitations of conventional static control ...

Basic Properties

Place of Origin: China

Brand Name: Octopus fiber

Certification: 66392452

Model Number: JS-78Y

Trading Properties

Minimum Order Quantity: Starting from 1 ton

Price: Free samples sent

Payment Terms: D/A,D/P,T/T

Supply Ability: Customized according to the quantity required by your company

Tags:

Polyester Staple Fibers

Staple Polyester Fibre

Polyester Short Cut Fiber

Product Description

Conductive Polyester Staple Fiber, Permanent Carbon-Blend Conductive Fiber for Industrial Textile & Nonwoven

Conductive Short Fiber
3D*64MM
Specifications can be customized

Product Overview

The 3D*64MM conductive polyester staple fiber addresses critical limitations of conventional static control solutions. Ordinary fabrics naturally accumulate static electricity, leading to dust adsorption, uncomfortable electric shocks, and serious safety hazards including ignition and explosion risks in flammable environments. Traditional surface-coated conductive fibers often suffer from coating peeling, uneven conductivity, and rapid performance degradation after washing, making them unsuitable for long-term or heavy-duty industrial applications.

This product utilizes advanced matrix blending conductive technology. The conductive carbon black component is uniformly dispersed into the polyester polymer before fiber spinning, forming a permanent conductive network throughout the entire fiber cross-section rather than a fragile surface layer. This structure ensures stable, consistent conductivity that does not fade or peel off, maintaining ESD performance even after hundreds of washes and long-term abrasive use.

The 3D three-dimensional crimp and 64mm staple length are optimized for textile processing. The fiber opens and cards smoothly, dispersing uniformly in blended yarns and fabrics at low addition ratios (typically 2-5%). It forms a continuous static dissipative network throughout the fabric without creating hard spots, stiff texture, or visible conductive specks, preserving the original comfort and appearance of the base fabric.

Compatible with all mainstream spinning, nonwoven, and textile production processes, it can be custom-adjusted for surface resistance level, denier, and length to meet specific application requirements. Manufactured under strict quality management with standardized testing protocols, it delivers consistent batch-to-batch performance for reliable, scalable static control production.

Application Scenarios

Anti-Static Workwear & Protective Apparel: ESD work uniforms, cleanroom garments, lab coats and protective clothing for electronics, pharmaceutical and chemical factories. Provides reliable static dissipation to prevent electrostatic discharge damage to sensitive components and reduce dust adsorption.
Industrial Nonwovens & Filter Materials: Conductive nonwovens, industrial filter bags, dust collection materials and liquid filter media. Static control prevents dust buildup and discharge risks in filtration systems, suitable for flammable dust and industrial gas filtration.
Carpets & Floor Coverings: ESD carpets, static control floor mats and office carpet tiles for data centers, cleanrooms and electronic workshops. Dissipates walking-generated static continuously, protecting equipment and personnel from electrostatic hazards.
Brush Materials & Cleaning Products: Conductive brush filaments, cleaning roller brushes and dust removal products. Eliminates static generated during brushing and cleaning, reducing dust re-adsorption and improving cleaning efficiency.
Electronic Packaging & Storage Materials: ESD packaging fabrics, tote bag liners and static shielding storage materials. Prevents static buildup during electronic component transportation and storage, reducing ESD damage risks.

Product Gallery

Conductive polyester staple fiber sample showing uniform black coloration

Close-up view of conductive fiber structure and texture

Conductive fiber bundle demonstrating 3D crimp structure

Fiber application in industrial textile manufacturing

Quality control testing of conductive properties

Finished fabric sample with integrated conductive fibers

Core Features & Benefits

Permanent Conductive Performance, Efficient Static Dissipation

Built with uniformly dispersed carbon black conductive matrix inside the fiber (not surface coating), it delivers stable, long-lasting electrostatic dissipation. The surface resistance remains consistent after repeated washing, friction and long-term use.

3D Crimped Structure, Excellent Blending Compatibility

3D three-dimensional crimp design with 64mm standard staple length ensures excellent fiber opening, carding and dispersing performance. Blends evenly with regular fibers at low addition ratios.

Washable & Abrasion Resistant, Long-Lasting Stability

Unlike surface-plated conductive fibers which easily peel off, the conductive component is integrated into the fiber matrix. Resists washing, dry cleaning, friction and temperature exposure.

Uniform Static Control, No Local Hot Spots

When blended into base fabrics, the conductive fibers disperse evenly to form a continuous and uniform static dissipative network, avoiding concentrated conductive points.

Wide Industrial & Commercial Applicability

Suitable for a broad range of static control scenarios including anti-static workwear, cleanroom garments, ESD carpets, industrial filter materials, and conductive nonwovens.

Stable Batch Consistency, Strict Quality Control

Each batch undergoes strict testing for denier uniformity, length tolerance, crimp stability and surface resistance to ensure consistent conductivity and processing performance.

Technical Specifications

Item	Parameter
Product Name	Conductive Polyester Staple Fiber (ESD Anti-Static Fiber)
Denier	3D (fine denier)
Cut Length	64 mm (standard staple)
Structure	3D crimped
Conductive Mechanism	Carbon black matrix blend (permanent conductivity)
Raw Material	Polyester + conductive carbon matrix
Surface Resistance	10⁶ - 10⁹ Ω (typical value, adjustable)
Core Advantages	Permanent ESD, washable & abrasion resistant, uniform blending, wide application
Main Application	Anti-static workwear, cleanroom textiles, industrial carpets, nonwoven filters, ESD materials
Compatible Process	Ring spinning, carding, nonwoven, blending, weaving
MOQ	Bulk order negotiable, sample available

Frequently Asked Questions

How does this fiber achieve conductivity? Is it surface coated?

No, it is not surface coated. It adopts carbon black matrix blending technology: the conductive component is uniformly mixed into the polyester raw material before spinning, forming a permanent conductive network inside the fiber. The conductivity will not peel off or degrade with washing and friction.

What is the surface resistance? Can it be adjusted?

The typical surface resistance ranges from 10⁶ to 10⁹ ohms. We can adjust the conductivity level according to your application requirements to match different ESD protection standards.

What ratio should be added when blending with other fibers?

Generally, adding 2-5% of this conductive fiber can achieve effective static control. The exact ratio can be adjusted according to the base fiber type, fabric structure and required static dissipation performance.

Will it affect the hand feel or appearance of the base fabric?

No. With 3D fine denier and good dispersibility, it blends evenly into the base fabric at low addition ratios, without causing stiff texture, hard spots or visible black spots, and maintains the original softness and appearance of the fabric.

Is it washable and dry cleanable?

Yes. Since the conductive component is integrated inside the fiber, it withstands repeated washing and dry cleaning with minimal conductivity attenuation, maintaining long-term stable ESD performance.

What industries and applications is it suitable for?

It is widely used in anti-static workwear, cleanroom textiles, industrial carpets, conductive nonwovens, filter materials, brush materials and electronic packaging. Suitable for electronics, pharmaceutical, chemical, energy and manufacturing industries with static control requirements.

Can we get samples for conductivity testing?

Yes, samples are available for surface resistance testing, blending trial, washability test and production verification. Please contact us to request sample details and test specifications.

What is the lead time for bulk orders?

Standard specifications are generally shipped within 3-7 working days for stock items. Custom specifications and resistance grades usually take 7-15 working days after deposit confirmation, depending on order quantity.

Product Details

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