Anti-Static Plain Stripe Taffeta Fabric (ESD Fabric) – F610

In ESD-sensitive environments, static isn’t just a comfort issue—it can become a quality risk (handling sensitive components), a process risk (unwanted attraction of particles), and in some industries a safety concern. Professional buyers don’t treat ESD clothing as a “basic uniform.” They treat it as a controlled input within a broader ESD program, where materials, garment design, grounding, and verification all matter.

This product (F610) is built for that type of procurement: clear specs, scalable supply, and a structure that garment factories can cut and sew efficiently. The plain stripe conductive design and the 10⁶–10⁸ Ω resistance positioning make it easy for brands and OEMs to align fabric selection with internal ESD requirements and customer audits—without overcomplicating sourcing.

Key Specifications

• Item Name: Anti-static plain stripe taffeta fabric, ESD Fabric

• Item No.: F610

• Material: 99% polyester, 1% carbon

• Yarn Count: 75D × 75D

• Weight: 90 gsm

• Density: 160 × 89

• Width: 148 cm

• Style: Plain

• Conductive Space: 0.5 cm

• Resistance: 10⁶–10⁸ (Ω as listed)

• MOQ: 1000 meters

• Payment: TT, L/C, Western Union

• Typical Use Mentioned: laboratory garments

What Makes This Fabric “ESD / Anti-Static”?

1) Carbon conductive yarn integrated into the fabric

The fabric’s ESD performance is driven by carbon conductive yarn (1% carbon), which provides a conductive pathway so charges can dissipate more predictably compared with ordinary synthetic textiles.

2) Plain stripe conductive pattern (0.5cm spacing)

The conductive element is arranged in plain stripes, with 0.5cm conductive spacing.
For B2B buyers, this is valuable because it’s:

• easy to document in a tech pack/spec sheet,

• straightforward for QC checks,

• consistent for repeat programs.

3) Resistance range designed for controlled dissipation

The product lists 10⁶–10⁸ Ω.
As a reference point, ESD industry resources commonly describe “dissipative” ranges in the neighborhood of >10⁶ and <10⁹ ohms (exact requirements vary by standard and application).
That makes this fabric a practical choice for many lab and ESD-workwear requirements—provided your program confirms the exact test method and acceptance window.

Why Premium B2B Buyers Choose F610

Lightweight 90 gsm for comfortable, compliance-friendly wear

At 90 gsm, the fabric supports lightweight garments that workers are more likely to wear correctly for full shifts—an overlooked factor that directly affects ESD compliance in real operations.

Clean, spec-driven sourcing for brands and uniform programs

Procurement teams want clear fields: composition, conductive spacing, resistance, weight, width, yarn. This page provides those “decision fields” directly, which shortens RFQ cycles and makes it easier to compare suppliers on an apples-to-apples basis.

Stable base structure for OEM garment production

With 75D×75D yarn and a lightweight woven build, the fabric is suitable for large-scale cutting and sewing of lab garments and ESD smocks, where efficiency and consistent handling matter.

Typical Applications

The product is described as widely used for laboratory garments.
In real B2B development, this category often includes:

• ESD lab coats / smocks for inspection and controlled areas

• Light ESD jackets and over-garments

• Workshop uniforms in ESD-managed zones

• Protective apparel layers where static control is a procurement requirement

If you share your end-use scenario (laboratory apparel vs electronics assembly vs cleanroom-related), the fabric selection can be matched to your comfort needs, durability expectations, and verification route.

Standards & Testing Guidance

ESD fabric is only one part of ESD control

IEC guidance emphasizes ESD control as a program, including grounding and verification—not fabric alone.
This is important for brands: avoid over-claiming “ESD safe” purely from fabric. A correct approach is:

• specify fabric performance (e.g., resistance range, conductive pattern),

• test finished garments according to required method,

• apply garments within the facility’s ESD program.

Garment testing matters (not just fabric swatches)

IEC 61340-4-9 describes test methods for measuring electrical resistance of garments used for static control applications (e.g., sleeve-to-sleeve and point-to-point methods).
If your customer audit requires garment-level results, plan sampling so your garment factory can test the finished coat/smock, including seams, cuffs, and closures.

If your environment is ATEX-like (explosive atmospheres)

If you’re supplying oil/chemical or explosive-risk areas, you may encounter EN 1149 requirements for protective clothing electrostatic properties. This is a different procurement route than typical electronics EPAs—so please specify your market and standard early.

OEM / Custom Options

For premium B2B buyers, customization is often what closes the deal. Common requests include:

• Color options (uniform systems, brand palettes)

• Stripe layout direction (warp/weft preferences in tech packs)

• Width / roll length / packing aligned to cutting-room efficiency

• Lot consistency controls (shade band, lot tracking for repeat orders)

• Test alignment to your ESD program (fabric tests + garment tests)

Ordering & Commercial Terms

• MOQ: 1000 meters

• Payment: TT, L/C, Western Union

For brand programs, the best practice is: approve a small sampling run first (for garment build + testing), then lock bulk with lot controls.

Call to Action (RFQ / Sample / Technical Sheet)

If you’re sourcing ESD stripe taffeta fabric for laboratory garments or ESD-controlled apparel, send your application, color, order quantity, and required test standard/method. We’ll reply with a detailed offer, sampling options, and program recommendations.

To get the fastest quotation, include:

• garment type (lab coat / smock / jacket)

• target resistance requirement + test method (fabric vs garment)

• color + annual volume

• delivery destination and required packaging

FAQ

Q1: What is the standard composition of F610?
99% polyester + 1% carbon conductive yarn.

Q2: What does “0.5cm conductive space” mean?
It refers to the spacing of the conductive stripe pattern—listed as 0.5 cm.

Q3: What resistance range is listed for this ESD fabric?
The product lists 10⁶–10⁸ (Ω as shown).

Q4: Is ESD fabric alone enough to guarantee ESD compliance?
Usually not. ESD control is typically managed through an ESD program (procedures, grounding, verification) in addition to garments.

Q5: Do we need garment-level testing?
Often yes—especially for audits. IEC 61340-4-9 describes garment resistance characterization methods used for static control garments.

Q6: What are the standard weight and width?
90 gsm and 148 cm width.

Q7: What is the standard yarn count and density?
75D×75D, density 160×89.

Q8: What is the MOQ and payment term?
MOQ is 1000 meters; payment options listed include TT, L/C, Western Union.

Q9: Can you support bulk uniform programs with repeat orders?
Yes—share your annual forecast, color requirements, and testing route. We’ll propose a sampling + lot control plan suitable for repeat seasons.