Filtration Capacity

Our cartridge media is able to capture 99.9% of particles down to 1 µm.

Modular design allows for mounting multiple units together to accommodate room size and process-extraction capacity requirements. Each unit contains between 6 and 24 cartridges and delivers performance yielding up to 150,000 CFM.

Vertical Installation of Cartridges

The vertical design of our dust collectors provides more efficient pulsing of dust, eliminating uneven dust loading associated with horizontally mounted cartridges. Vertical cartridge design achieves continuous 100% filtration rate.

Also, they require less attention and care since the vertical cartridges don’t require to be rotated to ensure uniform wear on all surfaces.

Automatic Reverse Pulse Cleaning System

This CDC Series dust collector features an automatic, programmable reverse pulse cleaning system for cartridges, and a digital pressure differential indicator to monitor the deterioration of the cartridge filtering efficiency.

Thanks to reverse-pulse jet-cleaning systems, this line of cartridge-type dust collectors guarantees a dust-free work environment, contributing to increased operator productivity while minimizing equipment wear and tear.

Maintenance of the Dust Collector

The CDC Series dust collectors include sealed mechanisms and easy-access doors, and require no tools for changing filter cartridges. Automatic self-agitating system removes dust agglomerated on cartridges without any intervention.

The cartridge replacement process is effortless and accessible by the front door. The operation and the cleaning process of the dust collector are fully automated and controlled by the sandblast booth PLC.

Airflow Inside the Sandblast Room

The main access door is usually fitted with two air inlet plenums and the opposite wall has two outlet plenums to allow even air circulation from one end to the other end of the abrasive blast room.

Air inlet and outlet plenums are equipped with adjustable deflectors to maintain a well-balanced airflow inside the sandblasting booth. Airborne contaminants travel through a duct work linking the outlet plenums to the dust collector, where it can be collected into a dust barrel.

An even airflow provides great visibility to the blaster by drafting away the dust cloud generated from the impact of the blast media onto the workpieces and preventing premature wear on mechanical components.

Dust-laden air enters the hopper section of the collector through a side inlet—either under vacuum or pressure—depending on the system configuration (bin vent models receive air from the bottom).

The contaminated air then passes through the cartridge filters, where particulate is captured on the surface.

Clean air flows into the plenum chamber and is either discharged to the atmosphere or recirculated into the facility, depending on the system configuration.