Eliminate combustible dust explosion risks and ensure workplace safety with the Anti-static Dust Collect Filter Cartridge . Engineered specifically for industrial dust collection systems handling explosive or flammable particulates—such as wood dust, metal fines, chemical powders, grain dust, and plastic materials—this specialized filter cartridge integrates inherently conductive components that safely dissipate static electricity generated by high-velocity airflow and particle friction.
The anti-static property is permanently bonded into the filter structure, ensuring lifelong performance without degradation. Designed for pulse-jet cleaning systems, it maintains low pressure drop and extends service intervals, making it the responsible, code-compliant choice for hazardous dust applications.
| Type | Custom Air Filter Cartridge |
| Dimension | 402x375 mm |
| Connection | Three-ear connection |
| Filter material | Anti-static polyester fabric |
| Skeleton | Carbon steel punched plate |
| Custom made | Available |
|
Industry
|
Applications
|
|---|---|
|
Chemical Processing
|
Organic dust, pigment dust, resin dust, carbon black, sulfur—high-risk explosive environments where static discharge could trigger combustion
|
|
Pharmaceutical Manufacturing
|
Active pharmaceutical ingredients , excipient powders, tablet pressing—requires ATEX-compliant filtration and zero static risk
|
|
Metalworking (Combustible Metals)
|
Aluminum dust, magnesium, titanium, fine metal powders from grinding, polishing, and sanding—extremely high explosion risk requiring mandatory anti-static filters
|
|
Woodworking (Fine Wood Flour)
|
Sanding dust, MDF processing, fine wood flour—static buildup common and ignition risk significant
|
|
Food Processing (Combustible Powders)
|
Flour dust, sugar dust, grain dust, starch, cocoa powder—powders can form explosive clouds; anti-static essential
|
|
Battery & EV Materials
|
Lithium battery material handling, graphite dust, carbon materials—conductive dusts require special static control
|
2. Conductive Coating: A specialized carbon-based coating is applied to the surface of the polyester fabric, providing a continuous conductive path across the media surface.
The Grounding Path: When properly installed with groundable metal end caps connected to the housing earth point, any static charge generated by dust friction is safely dissipated to ground, preventing spark formation that could ignite combustible dust clouds .
Why This Matters: In combustible dust environments, static electricity is a hidden but deadly hazard. Fine powders moving through ducts and across filter surfaces generate significant static charges. Without proper dissipation, these charges can accumulate and discharge as sparks—with enough energy to ignite a dust cloud, causing a catastrophic explosion. Anti-static filters eliminate this risk by providing a continuous conductive path to ground.
