AES Environmental supplies industrial dust collection systems and filtration equipment designed to capture airborne dust and particulate matter generated by manufacturing, processing, and material handling operations. Clyde-Filtercorp offers dust collection solutions for industrial facilities across Australia, helping manage airborne contamination and support cleaner working environments.
Our range includes Minipulse compact dust collectors, HCP Reverse Pulse systems, Silo-Vent dust collectors, and specialist dust filter cartridges. These products provide filtration options for applications involving process dust, powders and bulk materials, with different configurations available to suit specific operating requirements.
Reverse pulse dust collection systems use compressed air cleaning cycles to remove accumulated dust from filter surfaces, helping maintain filtration performance during operation. Our range also includes star-pleated filter cartridges designed for pulse-jet cleaning applications, providing options for both new installations and existing dust collection equipment.
Need help finding the right dust collection system? Request a quote or contact our team for product advice and assistance with equipment selection.
Explore Our Dust Collection Range
Star-Pleated Dust Filter Cartridges
- Economical
- Highly efficient
- Hard wearing and designed for ‘pulse-jet’ cleaning
HCP Filter Cartridge
- Strong and hard wearing
- Designed for ‘pulse-jet’ cleaning
- Opening up new dimensions and possibilities in the design of modern dust extractors
Minipulse – Compact Dust Collector
- Dust is captured using high efficiency filtration
- Strong suction to capture dust and fumes
- Materials have excellent air permeability
Silo-Vent Dust Collector
- Highly efficient self cleaning filter
- Dust Removal in dust applications
- Meet the needs of many applications
HCP Reverse Pulse
The HCP Reverse Pulse dust collector features leading edge technology star pleated, washable, polyester filters. By star-pleating the filter media maximum filter area is achieved.
