Cleanroom & ESD Woven Fabrics

ESD Coolon Fabric is developed using advanced COOLON performance fiber technology, providing excellent moisture dispersion and a naturally cool, comfortable wearing experience.

Designed with conductive filament stripes and a double-knitted structure, the fabric offers a soft inner surface for skin comfort while enabling rapid sweat evaporation through its breathable outer structure.

It is an ideal material for ESD garments, casual wear, and workwear used in EPA (ESD Protected Areas), ensuring both electrostatic protection and long-lasting comfort.

ESD Chemical Resistant Fabric (ECRF) is designed for environments where chemical-related products are handled. A special PU coating combined with a laminated chemical-proof film provides enhanced resistance against hazardous substances while maintaining particle and ESD control performance. The material helps protect workers and supports a safe EPA (ESD Protected Area) environment. Various finished products such as arm sleeves, aprons and protective garments can be developed using this fabric.

Cleanroom / ESD Socks are designed for controlled environments where contamination control and reliable electrostatic protection are required.

Cleanroom socks are manufactured using low-linting materials to minimize particle generation and support gowning systems used in pharmaceutical and medical production environments.

ESD socks incorporate conductive yarns to provide stable surface resistance in the range of 10⁵–10⁷ Ω, ensuring effective grounding performance for semiconductor, electronics and precision assembly operations.

The products support gowning practices described in EU GMP Annex 1, Section 7.14, where dedicated cleanroom garments including socks are required to reduce contamination risks.

Available in reusable and disposable types, the socks provide flexible solutions depending on process requirements and hygiene protocols.

ESD Warp Knitted Fabrics are designed for ESD garments requiring stable electrostatic control, featuring a low surface resistance range of 10⁵–10⁶ ohms Available in various knitting patterns and densities, they provide flexibility in performance, comfort and color selection to meet diverse ESD applications.

ESD Coolon Fabric is developed using advanced COOLON performance fiber technology, providing excellent moisture dispersion and a naturally cool, comfortable wearing experience.

Designed with conductive filament stripes and a double-knitted structure, the fabric offers a soft inner surface for skin comfort while enabling rapid sweat evaporation through its breathable outer structure.

It is an ideal material for ESD garments, casual wear, and workwear used in EPA (ESD Protected Areas), ensuring both electrostatic protection and long-lasting comfort.

ESD Chemical Resistant Fabric (ECRF) is designed for environments where chemical-related products are handled. A special PU coating combined with a laminated chemical-proof film provides enhanced resistance against hazardous substances while maintaining particle and ESD control performance. The material helps protect workers and supports a safe EPA (ESD Protected Area) environment. Various finished products such as arm sleeves, aprons and protective garments can be developed using this fabric.

Cleanroom / ESD Socks are designed for controlled environments where contamination control and reliable electrostatic protection are required.

Cleanroom socks are manufactured using low-linting materials to minimize particle generation and support gowning systems used in pharmaceutical and medical production environments.

ESD socks incorporate conductive yarns to provide stable surface resistance in the range of 10⁵–10⁷ Ω, ensuring effective grounding performance for semiconductor, electronics and precision assembly operations.

The products support gowning practices described in EU GMP Annex 1, Section 7.14, where dedicated cleanroom garments including socks are required to reduce contamination risks.

Available in reusable and disposable types, the socks provide flexible solutions depending on process requirements and hygiene protocols.