esdの生地

90% Polyester 10% Carbon Fiber Tubular ESD Antistatic Rib Circular Knit Fabric for Cuffs Description: ESD Antistatic Rib Circular Knit Fabric for Cuffs is a specialized fabric designed for creating cuffs on garments that require electrostatic discharge (ESD) protection. The fabric is specifically engineered to provide both ESD control and comfort for the wearer. The rib circular knit construction of the fabric gives it a stretchy and elastic nature, allowing it to fit snugly

5mm Grid 98% Polyester 2% Carbon fiber ESD Anti-Static Conductive Fabric Anti Static Fabric Description: Anti-static fabric is the fabric formed by weaving yarn mixed with conductive fiber or embedded conductive filament, but also the fabric with anti-static performance after processing. Can be used in medical, pharmaceutical, food, precision instruments and other industries sensitive to static electricity. Anti-static ESD Fabric Material: 98%Polyester 2%Carbon Fiber Color:

Top Quality Industry Use Dust Proof Polyester Anti Static Cleanroom 5mm Grid ESD Fabric for Clothing ESD Fabric Description: Anti-static Clothing Fabric Material: 98% Polyester+2% Conductive Filament Available Colors: White, Blue, Pink, Yellow, Green and etc Customizable other colors Use: ESD protection in clean rooms, work wear Carbon Configuration: 5mm Grid Weight (gr/sqm): 115G/GSM Surface Resistivity (ohm/unit): 10e6 ~ 10e9 Friction charges (V):

High Quality Cleanroom Polyest Anti-static Clothing Fabric Cleanroom 5mm Stripe Lines ESD Fabric ESD Fabric Products Description: Spec Value Anti-static Clothing Fabric Material 99% Polyester 1% Carbon Fiber Available Colors White, Blue, Pink, Yellow, Green and etc / Customizable other colors Use ESD protection in clean rooms, work wear Carbon Configuration Stripe 5mm Weight (gr/sqm) 110-115 Surface Resistivity (ohm/unit) 10e8 ~ 10e9 Friction charges (V)

Anti static acid and alkali dust-free clothing protective clothing fabric for dust-free workshops Product Name Anti static and Acid alkali Protection Fabric composition 98% polyester+2% carbon fiber (conductive fiber) Yarn specification warp 150D x weft 300D Weight 210 g/m ² (± 5%) width 150 cm (can be customized according to needs) Grid type 5mm × 5mm conductive grid (carbon fiber interwoven) Anti static index Surface resistance: 10 ⁶ -10 ⁸ Ω Color Orange/Blue/Grey Color

Anti static acid and alkali dust-free clothing protective clothing fabric for dust-free workshops Engineered for maximum safety in hazardous environments, our Anti-Static & Acid-Proof 5mm Grid Fabric combines a 98% polyester + 2% carbon fiber construction (150D*300D, 210g/m²) with a precise 5mm conductive carbon grid. It delivers a reliable anti-static index of 10⁶–10⁸ Ω, effectively preventing electrostatic discharge while resisting acid corrosion. Available in standard

Colorful Diamond Pattern ESD Anti Static Knitted Fabric for Industry Wokerwear Cleanroom Diamond Pattern ESD Knitted Fabric is engineered for reliable electrostatic discharge protection in sensitive environments. Made from 91% polyester + 9% carbon fiber, it achieves an anti-static index of ≤10⁷ Ω, meeting GB 12014 standards. The fabric is available in blue, black, white, red, orange, grey, yellow, green, and supports custom colors. With a lightweight 100-110 GSM, it offers

Grey Antistatic Anti Static Acid And Alkali Fabric For Cleanroom Clothing Anti static and acid resistant 5mm mesh fabric combines 98% polyester+2% carbon fiber structure (150D*300D, 210g/m ²) with 5mm conductive carbon mesh. It provides a reliable anti-static index of 10e6-10e8 Ω, effectively preventing electrostatic discharge. At the same time, the fabric is treated with acid and alkali resistance, allowing the liquid to form bead like drops on the surface of the fabric

Blue ESD Lightweight Diamond Lattice Fabric | 94% Polyester + 6% Carbon Fiber Diamond-pattern ESD knitted fabric is precisely blended with 94% polyester and 6% conductive carbon fiber. It features a lightweight grammage, a soft yet durable texture, and excellent breathability. The uniform diamond conductive network formed by the carbon fiber rapidly dissipates surface static charges, providing stable and long-lasting electrostatic protection. The fabric combines the abrasion