Pulse‑Jet Bag Dust Collector

Filtration area:124.16㎡-1489.92㎡
Fan power:15KW-160KW
Advantages:Pulse‑Jet Bag Dust Collector Designed for mining crushing conditions. It achieves high‑efficiency removal of fine dust to meet environmental‑protection emission standards. Equipped with automatic pulse‑jet cleaning system, dust is collected in bottom hoppers. Featuring large air volume and stable performance, it is easy to maintain.
Applications:Widely used in stone crushing plants, mineral processing plants, coal and metallurgy industries for dust control of crushers and vibrating screens.
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Description

Product overview

Pulse‑Jet Bag Dust Collector is specially engineered for mineral processing and crushing production‑line dust control. Built with thickened steel structure, the equipment delivers strong corrosion‑resistance and stable long‑term operation even under hot and humid tropical site conditions. Every unit goes through strict factory inspection and performance testing before delivery, helping mining clients meet local environmental‑protection standards.

 

View our latest update: dust collector delivered for Southeast‑Asia mining project, to learn more about our turn‑key solutions for overseas mineral projects.

 

Technical parameters

 

Serial number

Device model

Bags / Chamber

Number of rooms

Bag diameter(mm)

Bag length(mm)

Number of bags

Filtration area(㎡)

Minimum treated air volume(m³/h)

Maximum treated air volume(m³/h)

Fan power(kW)

1

32-4

32

4

133

2500

128

124.16

6144

12288

15

2

32-5

32

5

133

2500

160

155.2

9600

15360

15

3

32-6

32

6

133

2500

192

186.24

11520

18432

18.5

4

32-7

32

7

133

2500

224

217.28

13440

21504

22

5

32-8

32

8

133

2500

256

248.32

15360

24576

22

6

64-4

64

4

133

2500

256

248.32

15360

24576

18.5

7

64-5

64

5

133

2500

320

310.4

19200

30720

22

8

64-6

64

6

133

2500

384

372.48

23040

36864

30

9

64-7

64

7

133

2500

448

434.56

26880

43008

37

10

64-8

64

8

133

2500

512

496.64

30720

49152

37

11

96-5

96

5

133

2500

480

465.6

28800

46080

45

12

96-6

96

6

133

2500

576

558.72

34560

55296

45

13

96-7

96

7

133

2500

672

651.84

40320

64512

55

14

96-8

96

8

133

2500

768

744.96

46080

73728

75

15

96-9

96

9

133

2500

864

838.08

51840

82944

110

16

96-10

96

10

133

2500

960

931.2

57600

92160

110

17

108-8

108

8

133

2500

864

838.08

51840

82944

110

18

108-9

108

9

133

2500

972

942.84

58320

93312

110

19

108-10

108

10

133

2500

1080

1047.6

64800

103680

110

20

108-11

108

11

133

2500

1188

1152.36

71280

114048

132

21

128-8

128

8

133

2500

1024

993.28

61440

98304

110

22

128-9

128

9

133

2500

1152

1117.44

69120

110592

132

23

128-10

128

10

133

2500

1280

1241.6

76800

122880

132

24

128-11

128

11

133

2500

1408

1365.76

84480

135168

132

25

128-12

128

12

133

2500

1536

1489.92

92160

147456

160

 

Media Options & Industry Applications 

 

Target Industry Application Points Recommended Media Procurement Benefit
Cement & Minerals Raw mills, clinker kilns, silos, packing

Polyester (PE)

(PTFE / Water-repellent options)

Lowers fan energy costs;

handles heavy abrasive dust.

Metallurgy & Foundries Blast furnaces, EAF, shot blasting, grinding

Nomex / Aramid

(Anti-static options)

Mitigates spark-burn risks;

captures sub-micron hot fumes.

Power & Boiler Utilities Coal/biomass boilers, fly ash, FGD systems Ryton / PPS

Resists acid hydrolysis;

extends bag replacement cycles.

Chemical Processing Dryer exhausts, calciners, pigment lines Fiberglass / PTFE Ensures strict PM2.5 compliance under extreme chemical attack.

 

Manufacturing Excellence & QC

 

1. Standards & Certifications

  • Quality Management: Manufactured under ISO 9001:2015 certified frameworks.
  • Welding Compliance: All structural welding adheres to AWS D1.1 or EN 1090 standards by certified personnel.
  • Compliance Stamps: Available with CE markers or ASME pressure vessel codes upon request.

 


 

2. Precision Production

  • Tubesheets and plates are cut to a tolerance within ± 0.1mm to ensure zero-leakage bag seating.
  • Standardized automated pressing guarantees rigid panel structures capable of high negative-pressures.
  • Commercial grit blasting (Sa 2.5 / SSPC-SP6) followed by dual-coat industrial corrosion-protection painting.

 


 

3. Inspection & QC Protocols (Full Documentation Available)

  • Mill-Test-Reports (MTR) provided for all steel grades (A36, 304/316 SS).
  • 100% check on flange centerlines, tubesheet hole geometry, and dimensional-alignment.
  • All compartments undergo pressure-drop leak testing prior to coating to verify weld and damper integrity.
  • Operational dry-cycling of all pulse valves, cylinders, and control panels before packing.

 

Supply Chain Capabilities

 

1. Production Lead Times

  • Standard Units: Delivered within 6 to 8 weeks post-drawing approval.
  • Custom/Large Systems: Delivered within 10 to 12 weeks, including complete engineering review.
  • Scalability: Multiple production bays prevent bottlenecks, ensuring predictable lead times during peak periods.

 


 

2. Export Packaging & Shipping

  • Protection: Seaworthy, ISPM-15 certified wooden crating for components; main housings secured with heavy-duty steel framing.
  • Corrosion Control: Vapor Corrosion Inhibitor (VCI) packaging applied to prevent rust during sea transit and site storage.
  • Freight Optimization: Modular, bolt-together designs maximize 40ft HQ container/flat-rack space to reduce ocean freight costs.

 


 

3. Spare Parts & Lifecycle Support

  • Stock Availability: Standard filter bags, cages, and diaphragm kits are maintained in rolling inventory for rapid dispatch.
  • Standardized Components: Pulse valves and pneumatic controls adhere to global standards for easy local sourcing.

 

FAQ

 

Q1: What is the expected service life of the filter bags?

A: Standard Polyester (PE) bags typically last 8,000 to 16,000 operating hours. Specialized media (Nomex/PPS) can exceed this depending on actual gas chemistry and temperatures.
 

Q2: Are we locked into proprietary replacement parts?

A: No. Pulse‑Jet Bag Dust Collector uses standard tubesheet dimensions and standard valve ports. Bags, cages, and valves can be sourced from any qualified third-party vendor.

 

Q3: Does the system meet international safety and emission standards?

A: Yes. The system achieves strict PM2.5/PM10 compliance when paired with the proper media. For combustible dust, ATEX or NFPA 68/69 explosion-venting configurations are available.

 

Large pulse‑jet bag dust collector hopper section in workshop
Mining pulse‑jet baghouse dust collector whole unit factory view
Large pulse jet bag dust collector loaded for sea shipment

 

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