Electrostatic Dust Collector

The Electrostatic Dust Collector has an air volume capacity of 8000 m³/h, making it highly efficient for dust collection.

This dust collector is particularly suitable for foundry and casting operations, as well as manufacturing plants and workshops that generate fine dust.

The Electrostatic Dust Collector operates at a power consumption of 0.75 kW, which contributes to its low energy consumption.

The dimensions of the Electrostatic Dust Collector are 500 mm in width, 500 mm in depth, and 1450 mm in height.

The Electrostatic Dust Collector is equipped with one filter, designed to effectively remove fine dust particles from the air.

Yes, the Electrostatic Dust Collector is designed for easy installation, allowing for quick setup in your workspace.

The Electrostatic Dust Collector has a pressure rating of 1210 Pa, which enhances its ability to efficiently collect dust.

No, the Electrostatic Dust Collector is designed to require less floor space for operation, making it suitable for various industrial environments.

Yes, by effectively filtering out harmful dust particles from the air, the Electrostatic Dust Collector helps maintain a cleaner and safer workspace.

Key features include a large air volume for efficient dust collection, high efficiency in removing dust, low energy consumption, easy installation, and compact size.

The Electrostatic Dust Collector is designed to effectively remove fine and dry dust particles typical in industrial settings.

Yes, the Electrostatic Dust Collector is ideal for small workshops that need clean air solutions due to its compact design and effectiveness.

Regular inspection and cleaning of the filter are recommended to ensure optimal performance of the Electrostatic Dust Collector.

You can use the Electrostatic Dust Collector in foundries, casting facilities, manufacturing plants, and any industrial site handling fine dust materials.

Benefits include improved air quality, enhanced workplace safety, reduced dust accumulation, and overall cost savings due to low energy consumption.