BIG WIN

Dust Collection • High-Pressure Pulse Jet

High Pressure Pulse Jet Dust Collector — Clean, Safe and Compact Filtration

Name: High Pressure Pulse Jet Dust Collector
Brand: BIG WIN

Compact high-pressure pulse jet dust collector for feed mills, grain plants and industrial applications. Stable filtration, low emission and easy maintenance with online cleaning.

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3,000–50,000 m³/h

Typical air volume*

< 30 mg/Nm³

Outlet dust emission

1.0–1.8 m/min

Air-to-cloth ratio

From [USD x,xxx]

Indicative starting price*

*Depends on process point, dust load, filter media, air-to-cloth ratio and configuration.

Why High Pressure Pulse Jet Dust Collector

High-pressure pulse jets keep filters clean, pressure drop stable and dust emissions low.

Compact High-Efficiency Design

Small footprint with high filtration area for feed mill points and silos.

High Pressure Pulse Cleaning

Short, powerful pulses regenerate bags and maintain low pressure drop.

Low Emission

Proper air-to-cloth ratio and media selection keep outlet dust under control.

Easy Maintenance

Top bag access, modular cages and walkways for safe replacement.

Flexible Media

Polyester, antistatic, high temperature or PTFE-coated bags available.

Integrated Safety

Explosion vents, isolation and level switches can be integrated if required.

Dust Collector Sizing & Filter Area Estimator

Enter process air volume, air-to-cloth ratio and pressure to estimate filter area, a recommended model size, compressed air demand and an indicative price band.

Air volume (m³/h)

Air-to-cloth ratio (m/min)

Duty hours per day

Pulse pressure (bar)

Dust load (g/Nm³)

—

Required filter area (m²)

—

Recommended dust collector model

—

Estimated compressed air demand (Nm³/h)

—

Indicative price band (ex works)

Area: — m² Model: — Air: — Nm³/h Price: —

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Technical Specifications

Replace bracketed values with your exact data.

Model	Air volume	Filter area	No. of bags	Pulse pressure	Air-to-cloth ratio	Outlet emission	Weight
HPJ-24	[3,000–8,000 m³/h]	[24–40 m²]	[24]	[4–6 bar]	1.0–1.8 m/min	< 30 mg/Nm³	[— kg]
HPJ-48	[8,000–18,000 m³/h]	[48–80 m²]	[48]	[4–6 bar]	1.0–1.8 m/min	< 30 mg/Nm³	[— kg]
HPJ-72	[18,000–30,000 m³/h]	[72–120 m²]	[72]	[4–6 bar]	1.0–1.8 m/min	< 30 mg/Nm³	[— kg]

Options: antistatic filter bags, ATEX execution, explosion vents and panels, rotary airlock, screw discharger and supporting structure.

Case Snapshots

Recent dust collection upgrades. Results vary by dust source, layout and operation.

Pellet Mill Line — [Country]

HPJ-48, 15,000 m³/h
Pellet cooler and screener aspiration
Visible dust in building reduced

CoolerScreenerClean plant

Grinding & Mixing — [Country]

HPJ-72, filter for hammer mills
Explosion panels and isolation valves
Improved safety and housekeeping

Hammer millExplosion ventSafety

Grain Intake — [Country]

HPJ-24 for truck receiving pit
Compact layout above pit cover
Dust complaints reduced

IntakeCompactLess dust

Request a High Pressure Dust Collector Quote

Tell us your dust source, air volume and requirements. We’ll size the dust collector, fan and safety options for you.

Or email us: vicki@hnbigwin.com • WhatsApp: +8613837313233

FAQ

How to size the dust collector?

Start from each process point air volume, then choose a realistic air-to-cloth ratio (typically 1.0–1.8 m/min). Use the estimator above and send us your layout so we can confirm filter area, bag number and model.

Is it suitable for explosive dust?

For combustible dusts you may need explosion vents, isolation and proper earthing. We can adapt the design to relevant standards when you share your dust type and classification.

What compressed air do I need?

Typically clean, dry compressed air at 4–6 bar is required. The estimator above gives a rough air consumption figure. We confirm the exact demand and header design during engineering.