EN

Translate:

HuaBang
  • Home
  • Profile
  • Qualification
  • PRODUCT
    • Flaking & Cooling Systems
    • Granulation System
    • Packaging System
    • VOC Treatmemt
    • Reactor
    • Axial Flow Pump
    • Screening&Classification
    • VOC Treatmemt
    • EPC Basis
  • Update
  • BLOG
  • More
    • Home
    • Profile
    • Qualification
    • PRODUCT
      • Flaking & Cooling Systems
      • Granulation System
      • Packaging System
      • VOC Treatmemt
      • Reactor
      • Axial Flow Pump
      • Screening&Classification
      • VOC Treatmemt
      • EPC Basis
    • Update
    • BLOG
HuaBang

EN

  • Home
  • Profile
  • Qualification
  • PRODUCT
    • Flaking & Cooling Systems
    • Granulation System
    • Packaging System
    • VOC Treatmemt
    • Reactor
    • Axial Flow Pump
    • Screening&Classification
    • VOC Treatmemt
    • EPC Basis
  • Update
  • BLOG

Baghouse Dust Collectors

Section Overview

Key Technical Features

Product Positioning

Huabang’s HB-FMC baghouse dust collectors are pulse-jet dry-filtration systems for dust capture in flaking, conveying, packaging, and solids-transfer applications. The series is designed as a modular family with standardized filter-bag grouping and scalable housing sizes, enabling practical selection for both compact lines and larger industrial installations. The uploaded product data identifies the HB-FMC series as a core dry dust-removal line and details model groupings ranging from 24 to 160 bags, with airflow ranges of approximately 800 to 18,000 m3/h in the standard tables.

Read More

Product Positioning

Key Technical Features

Product Positioning

The HB-FMC series is intended for:

  • flaker discharge dust control
  • packaging-line dust collection
  • hopper venting and transfer-point aspiration
  • screening and intermediate handling dust capture
  • local dust collection in chemical solids service

The equipment can be supplied as hopper-bottom or flange-type execution, with optional ash-discharge and screw-conveyor arrangements.

Discover More

Key Technical Features

Key Technical Features

Common design basis for the series

Pulse-Jet Cleaning Principle
Compressed air is released through pulse valves into the filter-bag system, rapidly expanding the bags and dislodging accumulated dust, ensuring stable, long-term operation.

Modular Filter-Bag Architecture
The HB-FMC family is organized in standardized bag-count increments, simplifying selection and scaling.

Stable Filtration Efficiency
The series is intended for high dust-removal efficiency in dry-service applications, with filtration performance dependent on media choice, air-to-cloth ratio, and process conditions.

Adaptable Discharge Arrangement
Depending on project need, the baghouse may be supplied with a hopper, butterfly valve, ash discharge, or screw-conveyor configuration.

Safety and Monitoring Options
The system may include differential-pressure monitoring, dust-concentration monitoring, an explosion-relief interface, and automatic pulse-sequence control.

Explore Our Capabilities

Common design basis for the series

Common design basis for the series

Common design basis for the series

Filtration principle: pulse-jet baghouse
Execution: hopper type or open-flange type
Filter media: selected according to dust chemistry and temperature

Explore Our Capabilities

Customization Options

Common design basis for the series

Customization Options

Standard hopper-bottom or flange-bottom execution

Anti-static, water-repellent, or oil-repellent filter media

Explosion-relief and monitoring provisions

Screw conveyor or discharge valve

Pulse-controller and DP-based cleaning logic

Integrated fan and duct interface

Stainless-steel or lined contact section as required

Explore Our Capabilities

HBFMC Selection Table

COPYRIGHT © 2000-2026 TIANJIN HUABANG NEW MATERIAL TECHNOLOGY  CO., LTD. -  ALL RIGHTS RESERVED.

  • Home
  • Profile
  • Qualification
  • Flaking & Cooling Systems
  • Granulation System
  • Packaging System
  • VOC Treatmemt
  • Reactor
  • Axial Flow Pump
  • Screening&Classification
  • VOC Treatmemt
  • EPC Basis
  • Update
  • BLOG

Powered by

Cookie Policy

This website uses cookies. By continuing to use this site, you accept our use of cookies.

Accept & Close