The MCJC series pulse dust collector is a practical product produced by our company, featuring simple structure, easy repair and maintenance, flexible mobility, and stable and reliable operation. It is an ideal environmental protection equipment with high cost-performance and attractive appearance. Adhering to the careful design principles of safety, economy, and applicability, we choose excellent and mature technology with stable and reliable systems, convenient management, and no secondary pollution. We also select equipment and instruments based on principles of reliability, economy, and applicability.
Design Reference Standards
"Filter Tube Dust Collector Design Standards"
JB/T10341-2002
Dust collector surface paint quality grading
GB/T53134-1994
Air Purifier
GB/T18801-2002
Air Quality Standards
GB/3095-1996
Comprehensive Emission Standard for Air Pollutants
GB16297-1996
Industrial Enterprise Design Sanitation Standards
TJ36—79
Electrical Equipment for Combustible Dust Environments
GB12476.1-2000
"Prevention of Dust Explosion Safety Code"
GB15577-2007
Design Principles
Adhere to the meticulous design principles of safety, economy, and applicability, while also considering aesthetics.
Choose a treatment technology with excellent and mature process, stable and secure system, convenient management, and no secondary pollution.
Selecting equipment and instruments based on principles of reliability, economy, and suitability.
•Powered by a through-flow blower, the aluminum alloy body offers high suction, low noise, and no vibration.
•Pulse-jet cleaning system with filter cores that can be cleaned and reused; multi-angle air-blowing for thorough cleaning.
• Filtered with imported PTFE-coated polyester filter media, offering high filtration efficiency, smooth surface, easy reverse air blowing, and equipped with quick-flange connections for quick replacement.
• Smart control, capable of setting automatic reverse blowing for dust removal based on usage.
• Phase failure protection, ultra-long distance remote control, high-power load.
