Industrial Baghouse

Industrial Baghouse

• Compartmented pulse cleaning; bag replacement without full shutdown
• MC2-II to MC120-II series, air volume 2160–21600 m³/h
• Outlet dust concentration 5–30 mg/m³; leakage rate ≤3%
• Capture efficiency ≥99% for particles >0.2 μm; close to 100% for 1 μm
• MOQ 1 unit; OEM/ODM available
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Description
Technical Parameters

Product Overview

 

Industrial baghouse is a dry filtration device that uses bag-shaped filter media to capture particulate matter from dust-laden gas. Dust-laden gas enters the housing from the inlet, dust is retained on the outer surface of the filter bags, and clean gas is discharged through the outlet. When dust accumulates to a set thickness, the compartmented pulse cleaning system injects compressed air in sequence to shake dust into the hopper. The equipment is suitable for dust treatment in steel, cement, chemical, power, metallurgy, mining, building materials, foundry, boiler, and asphalt mixing industries.

product-800-800
product-800-800

Key Specifications

 

Item

Parameter

Filtration type

bag filter

Filtration area

custom designed to air volume

Air volume

MC2-II to MC120-II series, 2160–21600 m³/h

Filtration velocity

1.2–2.0 m/min

Outlet dust concentration

5–30 mg/m³

Housing pressure resistance

5000 Pa

Leakage rate

≤3%

Housing material

carbon steel, stainless steel, galvanized sheet

Filter bag material

polyester needle felt, antistatic membrane media, acrylic, PPS, Metas, FMS

Cleaning method

compartmented pulse jet

Capture efficiency

≥99% for particles >0.2 μm; close to 100% for 1 μm particles

 

Selection & Comparison Notes

 

• Compartmented pulse cleaning allows bag replacement without full shutdown. Each filter compartment has an independent pulse valve; cleaning is performed compartment by compartment while the others continue filtering.
• Hopper uses gravity pre-separation to reduce bag load and extend cleaning cycle.
• Filtration velocity is selected within 1.2–2.0 m/min according to dust concentration and media.
• For high-concentration dust (e.g., steel plant sintering machine tail, coke screening transfer station), lower velocity is used; for low-concentration dust, velocity can be increased to reduce equipment size.
• Compartmented pulsing reduces mechanical wear frequency on pulse valve diaphragms, cages, and bags, lowering consumable replacement cost.

 

Applications

• Steel plant sintering machine tail dedusting
• Coke screening and transfer station dedusting
• Steelmaking converter secondary dedusting
• Cast house environmental upgrade
• Pellet shaft furnace dedusting
• Boiler flue gas dedusting

• Cement plant kiln tail and kiln head dedusting
• Chemical and power plant dust treatment
• Mining crushing and screening dedusting
• Foundry workshop dust collection
• Asphalt mixing plant dust treatment
• Grain processing dust treatment

 

Customization & OEM

 

• Filtration area non-standard designed to air volume
• Housing material: carbon steel, stainless steel, galvanized sheet
• Filter bag material: acrylic, PPS, Metas, FMS, membrane media
• Cleaning method: compartmented pulse jet
• Hopper type and discharge device customized to site discharge method
• Inlet direction and flange specification adjusted to duct layout
• OEM/ODM: production to customer technical drawings or prototype; private label on nameplate, control cabinet, and outer packaging

 

Ordering & Cooperation

 

MOQ 1 unit
Lead time to be confirmed by configuration; standard configurations typically 15–30 days
Payment T/T 30% deposit, 70% before shipment; L/C at sight accepted for large orders
Trade terms FOB / CIF / EXW
Packing wooden case or pallet for container shipment; large units shipped in sections
Port of loading Shanghai / Ningbo / Qingdao
Warranty one year for non-consumables against manufacturing defects
After-sales technical support for installation and commissioning; spare parts supply for filter bags, cages, pulse valves, and control cabinet

 

Quality Control


Filter bags and cages are inspected piece by piece before delivery, confirming complete stitching, no deformation of bag top spring ring, and no missed welds on cages. Pulse valves are tested one by one for diaphragm sealing and pulse response. After housing welding, weld seams are inspected; hopper-to-housing connection is checked for sealing. Pre-assembly is completed in the factory to check tube sheet hole and cage fit, and pulse pipe and bag alignment. 100% inspection before packing. Third-party inspection accepted. The factory has supplied this equipment to steel sintering, cement kiln tail, and foundry projects, and uses this field data to set filtration velocity and cleaning parameters.

 

FAQ

 

Q: Can you select the model based on our flue gas conditions?

A: Yes. Please provide air volume, flue gas temperature, dust concentration, particle size distribution, corrosive components, and site space limits. We will determine filtration area, filtration velocity, bag material, and cleaning parameters.

Q: Are bags and cages supplied separately as spare parts?

A: Yes. Bags and cages can be ordered separately by model or purchased with the complete unit. Bag materials include acrylic medium-temperature needle felt, high-temperature Metas membrane, and high-temperature PPS needle felt. Cages are supplied as matching parts.

 

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