cleanroom smock lab coat
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96% ポリエステル 4% カーボンファイバー ネイビー ESDメッシュ 通気性 クリーンルームウェア用生地
96% Polyester 4% Carbon Fiber Navy ESD Mesh Fabric for Cleanroom Clothes Engineered for technicians who demand both performance and breathability, this premium fabric combines 96% Polyester with 4% Conductive Carbon Fiber to deliver a permanent static-dissipative solution. The standout feature is the micro-ventilated hole structure—a lattice of fine apertures that promotes constant airflow, wicking away heat and moisture to keep your team focused and productive during long
経済的なESDの安全な衣類のESDのための反静的な実験室のコートのライト級選手は記憶保護域を
Economic ESD Safe Clothing Anti Static Lab Coat Lightweight For ESD Protected Areas ESD-Safe Lightweight Lab Coat: AG0803 Description: It is made of ESD-safe materials. This fabric could be Polyester / Cotton / TC / CVC material with carbon filament. It does not come from a spray-on application. Applications: ESD protection in clean rooms, work wear Features: 1) It is designed to protect against static build-up, which could provide continuous and consistent charge dissipation
研修会5mmはフードが付いているほこりのないESDの均一コートを縞で飾る
Dust Free ESD Uniform Coat with Hood for Static Controlled Workshop ESD-Safe Lightweight Lab Coat: AG0820 Description: It is made of ESD-safe materials.It does not come from a spray-on application. Applications: ESD protection in clean rooms, work wear Features:1) It is designed to protect against static build-up, which could provide continuous and consistent charge dissipation.2) It is with hood, front snap closure, it also have one chest pocket, one badge holder tab, and
防塵ESD ワークウェア スパンデックスマッチ ポリエステル 薄膜 無料 洗浄室用 ラボ スマック
Dustproof Gown ESD Workwear Spandex Cuff Dust Free Polyester Lint Free ESD Lab Smock for Cleanroom Description: Introducing the Sweat Absorption Short Shirt, a comfortable and practical garment designed for enhanced sweat absorption. 1.The Sweat Absorption Short Shirt is composed of a fabric blend consisting of 65% polyester and 35% cotton. This combination offers the benefits of both materials, providing a balance of durability, breathability, and sweat absorption. 2
カラフルダイヤモンド柄 ESD帯電防止ニット生地（産業用作業着向け）
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
カモフラージュプリント 高性能ESD ダイヤモンド格子 編み布 87%ポリエステル + 13%炭素繊維
Camouflage Print High-Performance ESD Diamond Lattice Knitted Fabric – 87% Polyester + 13% Carbon Fiber Camouflage Print High-Performance ESD Diamond Lattice Knitted Fabric combines tactical aesthetics with reliable electrostatic discharge protection. Engineered with 87% polyester + 13% carbon fiber, it delivers an exceptional anti-static index of 10⁶ – 10⁷ Ω, outperforming standard ESD fabrics. The unique camouflage pattern is ideal, defense, or outdoor tactical applications
ブルー ESD 軽量ダイヤモンド格子生地 94% ポリエステル + 6% カーボンファイバー
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
アンチスタティック 軽量 96% ポリエステル + 4% 炭素繊維網織物 ESD 服用
Antistatic Lightweight 96% Polyester + 4% Carbon Fiber Mesh Fabric for ESD Clothes ESD Breathable Mesh Fabric specifically designed for extended wear in cleanroom environments. It is precisely knitted with 96% Polyester and 4% Conductive Carbon Fiber. The surface features uniform, fine ventilation holes that create efficient airflow channels, significantly reducing stuffiness and heat buildup. The electrostatic dissipative properties are strictly controlled within a stable
