Anti-Static Stripe Matte Twill Fabric, ESD Fabric (F500)

Premium B2B buyers don’t purchase ESD fabric like a basic uniform cloth. They purchase it to reduce risk—risk of product damage in electronics-adjacent workflows, risk of nuisance static that lowers productivity, and (in certain environments) risk of electrostatic discharge becoming an ignition source.

That’s why good ESD workwear programs are built around three pillars:

1. A fabric with a conductive pathway (carbon yarn grid/stripe)

2. A garment design that supports consistent performance (proper patterning, closures, cuffs, and wearing practices)

3. A site ESD control program (grounding, procedures, and verification)

This product (F500) focuses on pillar #1—providing a clear, spec-driven ESD stripe fabric that garment factories and brands can mass-produce reliably, while keeping the handfeel and wear comfort suitable for long shifts thanks to the polyester/cotton blend and twill construction.

Core Specifications

• Item name: Anti-static stripe matt fabric, ESD Fabric

• Item No.: F500

• Material: 92% polyester / 7% cotton / 1% carbon

• Yarn count: 150D*32S

• Weight: 150 GSM

• Density: 130*70

• Width: 148 cm

• Style / weave: Twill

• Conductive space: 1.2 cm

• Resistance: 10⁶–10⁸ Ω

• MOQ: 1000 meters

• Typical industries mentioned: laboratory, power, oil/chemical workwear

Why This Fabric Converts with High-Quality B2B Buyers

1) Stripe conductive design (1.2cm spacing) for repeatable ESD performance

The 1.2cm conductive spacing is a strong “procurement-friendly” feature because it’s easy to document in spec sheets, compare across suppliers, and control in production.
Brands typically choose stripe/grid patterns based on garment style, comfort, cost, and required verification method.

2) “Dissipative-range” resistance positioning (10⁶–10⁸ Ω)

The page lists 10⁶–10⁸ Ω resistance.
Many ESD references describe ~10⁶ to 10⁹ ohms as a common “dissipative” window (controlled discharge rather than sudden spark).
That makes this fabric a practical fit for ESD workwear programs where buyers want controlled charge dissipation.

3) Polyester/cotton blend for comfort + durability in daily uniforms

100% synthetic ESD fabrics can feel hot or clammy in some workplaces. This fabric’s 7% cotton improves comfort and wearability while the polyester backbone provides strength, dimensional stability, and easier care.
For uniform programs, comfort isn’t a “nice-to-have”—it directly impacts compliance (whether workers actually wear the garments correctly).

4) Matte twill appearance for professional uniforms

A matte twill surface is often preferred for industrial uniforms because it looks cleaner, reduces shine, and maintains a “workwear” aesthetic. The twill structure also typically offers good drape and abrasion tolerance for daily use.

5) Spec clarity for OEM/ODM workflow

B2B brands and garment factories need a clean data set: composition, weight, width, conductive spacing, resistance, MOQ. This page includes exactly those fields, which reduces RFQ back-and-forth and speeds sampling decisions.

Recommended Applications

ESD workwear for industrial operations

• ESD jackets, pants, coveralls

• Workshop uniforms for precision processes

• Maintenance uniforms where static is a known issue

Lab & clean operating environments

• Lab coats, inspection coats

• Technical uniforms for controlled manufacturing

Power, oil & chemical industry workwear

The product page explicitly highlights laboratory, power, and oil/chemical workwear use.
(If your environment includes explosive atmospheres/ATEX-type risks, your compliance team should specify the exact garment standard and system requirements.)

Standards & Compliance Notes

ESD control is a system—not just fabric

IEC 61340-5-1 is widely referenced for ESD control program requirements (how organizations design, implement, and maintain an ESD control program).
Even the best fabric performs best when used with proper grounding, procedures, and verification.

EN 1149 family is commonly referenced for electrostatic protective clothing

EN 1149 standards are commonly used in Europe for protective clothing electrostatic properties, intended to prevent incendiary discharges in certain conditions.
Important: final compliance depends on the finished garment, the design, and the total earthed system used in the workplace—not only the fabric.

Buyer Checklist: What to Send in Your RFQ

To attract high-quality B2B buyers (and close them faster), invite them to provide:

1. End use garment type (lab coat / coverall / jacket / pants)

2. Target market (EU/UK/US/others) + required standards (if any)

3. Color & stripe direction preference (warp stripe vs weft stripe, if specified)

4. Order quantity & delivery destination

5. Required test method (surface resistance vs point-to-point garment testing)

This positions your offer like a professional supplier—exactly what premium buyers want.

Call to Action (RFQ / Sample / Technical Sheet)

If you’re sourcing ESD stripe matte twill fabric for uniforms or protective workwear programs, send your application, color, order quantity, and required resistance/testing method. We’ll respond with a detailed offer, lead time, and sampling options.

Contact Us for a Detailed Offer:
Company: Lean Textile Co., Ltd.
Website: https://www.technical-fabrics.com/
Email: [email protected]
WhatsApp / WeChat: 008615051486055

FAQ

Q1: What is the standard composition of this ESD fabric?
It is 92% polyester / 7% cotton / 1% carbon, using carbon conductive yarn for static dissipation.

Q2: What does “1.2cm conductive space” mean?
It refers to the spacing of the conductive stripe pattern in the fabric. This product lists 1.2cm conductive space.

Q3: What is the resistance range?
The product page lists 10⁶–10⁸ Ω.
Many ESD references describe ~10⁶–10⁹ ohms as a typical dissipative range, but your required range depends on your site program and verification method.

Q4: Is the fabric alone enough to guarantee ESD safety?
No. ESD protection is typically managed through an ESD control program (grounding, procedures, verification) in addition to ESD garments.

Q5: What are the standard weight and width?
150 GSM weight and 148 cm width.

Q6: What weave is it and why does it matter?
This fabric is twill, which is commonly used for workwear due to good drape and durability in daily use.

Q7: What is MOQ and payment?
MOQ is 1000 meters. Payment options listed: TT, L/C, Western Union.

Q8: Which industries is it designed for?
The page mentions use in laboratory, power industry, and oil/chemical industry workwear.