Antistatic Ventilation Duct

Our anti-static ducting, anti-static duct hose, and anti-static flexible ducting are engineered for industries requiring static control in high-risk environments. Made with conductive materials (e.g., carbon-coated or copper-wire embedded), these hoses prevent static buildup, sparks, and dust explosions. Ideal for electronics manufacturing, woodworking, pharmaceuticals, and chemical processing, they combine flexibility, abrasion resistance, and compliance with ESD/ATEX standards. Available in multiple diameters and lengths, our ducts ensure safe airflow management while minimizing fire hazards.

Industrial-grade anti-static flexible duct constructed with abrasion-resistant strips, high-carbon spring steel core, and B-flame retardant PVC. Certified to AS/NZS 1530, IEC 60631, and ISO 9001, this duct ensures static dissipation, fire safety, and durability in harsh environments like mining, chemical processing, and heavy-duty ventilation.

Explosion Proof Flexible Duct is an anti-explosion ventilation solution designed for high-risk industrial environments. It has passed ATEX/IECEx international explosion-proof certification, and is made of anti-static and corrosion-resistant materials, suitable for petrochemical, natural gas, dust plant and other flammable and explosive scenarios. The product has the characteristics of impact resistance, flexible bending, combined with flame retardant outer layer and conductive structure, effectively eliminating the risk of static sparks, to ensure safe and efficient ventilation in extreme environments.

Explosion proof flexible ducts are ventilation and exhaust products designed to cope with flammable and explosive environments. They are commonly used in industrial, chemical, mining and other locations where gas or dust control is required.

Designed for industrial and cleanroom environments, our high-efficiency anti-static air ducts are designed to effectively prevent static buildup and protect sensitive equipment and employee safety. Utilizing durable, conductive materials, this duct effectively disperses and discharges static electricity, reducing the risk of electrostatic discharge.

Anti-static duct is a kind of ventilation duct designed to prevent the accumulation of static electricity, which is widely used in electronic, chemical, pharmaceutical and other industries. In these industries, static electricity may cause fires, explosions or equipment failures, and the use of anti-static ducts can effectively reduce the risk of static electricity and ensure production safety.

Main features:
Excellent anti-static performance: the duct is made of special conductive materials, which can quickly release static electricity and ensure the safety of the operating environment.

Corrosion resistance: anti-static air duct can also resist the erosion of many chemical media, prolonging the service life.

Lightweight design: the duct structure is lightweight and easy to install and maintain.

High-flow ventilation: Optimized air flow design improves ventilation efficiency and maintains a good working environment.

Multiple specifications available: A wide range of diameters and

Features
1. The flexible hose is collapsible, so that it can be compressed into a short length for easy storage.
2. It’s always 1pc/ PE bag, and 1pc/ carton.
3. Packing carton is al...

Material:file retardant and anti static black PVC
Structure:Supported by helix steel wire
The steel wire is wrapped by black rubber strip,which is wear-and-tear proof.
One end with metal ...

conductive and explosion-proof flexible hose
1、Flexible hose adopt class B flame retardant PVC with wear-resistant strips wrapped high carbon spring steel is refined, soft cloth, high st...

Material
It is made of water proof and fire-resistant PVC fabric
Can with standard high temperature, acid, alkali and oleic acid.
Various colors: yellow, black,wear-strip
Working temperat...

Anti-static air pipe has excellent anti-static performance. The use of high-quality conductive materials to ensure the effective reduction of static accumulation during operation, to protect the safety of surrounding equipment and personnel.