Industrial High-Volume Air Purifier

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Industrial High-Volume Air Purifier
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Heavy-duty industrial air filtration system engineered for high-volume particulate removal in heavy manufacturing, welding facilities, and large workshops. Built with heavy-gauge carbon steel housing and continuous-duty blowers to handle continuous multi-shift operation. Designed to maintain OSHA-compliant indoor air quality and protect plant infrastructure from heavy dust loading and aerosol accumulation. Direct factory manufacturer supplying OEM/ODM configurations and bulk plant installations.
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Industrial Air Purification Systems
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Description

Heavy-duty industrial air filtration system engineered for high-volume particulate removal in heavy manufacturing, welding facilities, and large workshops. Built with heavy-gauge carbon steel housing and continuous-duty blowers to handle continuous multi-shift operation. Designed to maintain OSHA-compliant indoor air quality and protect plant infrastructure from heavy dust loading and aerosol accumulation. Direct factory manufacturer supplying OEM/ODM configurations and bulk plant installations.

 

 

Key Features

 

Multi-Stage Filtration Architecture: Houses configurable pre-filters, MERV 15 bag filters, and HEPA or activated carbon modules for broad-spectrum pollutant capture.

 

Continuous-Duty Direct-Drive Blower: High-static-pressure centrifugal fan optimized for extended pressure drops across loaded filter media.

 

Differential Pressure Monitoring: Integrated Magnehelic gauges track real-time pressure drop across each filter stage to signal exact replacement intervals.

 

Heavy-Gauge Structural Integrity: 2.0mm cold-rolled steel cabinet finished with industrial-grade powder coating to resist corrosion in harsh production environments.

 

Modular Access Design: Tool-free hinged side panels allow rapid filter extraction, minimizing maintenance downtime during shift changes.

 

In-House Manufacturing & QA: Fabricated via CNC laser cutting, robotic welding, and dynamic rotor balancing on-site, ensuring strict dimensional and operational consistency.

 

 

Technical Specifications

 

Parameter

Specification Metric

Airflow Volume (CFM)

2,000 CFM – 10,000 CFM (Model dependent)

Filtration Efficiency

Up to 99.97% at 0.3 microns (HEPA configuration)

Motor Power

3.0 kW – 15 kW (3-Phase, 380V/480V, 50Hz/60Hz)

Static Pressure

Up to 2,500 Pa

Housing Material

2.0mm Cold-Rolled Carbon Steel / Optional 304 Stainless Steel

Noise Level

68 dB(A) – 78 dB(A) at 1 meter

Control Interface

PLC-controlled digital touch panel / VFD speed regulation

Compliance & Certifications

CE, ISO 9001:2015, UL-listed electrical components available

 

 

Applications

 

Metal Fabrication & Welding Shops: Captures hexavalent chromium, metal fumes, and coarse grinding sparks at source or ambient level.

 

Automotive Assembly & Paint Prep: Removes fine sanding dust, priming aerosols, and particulate debris prior to finishing zones.

 

Woodworking & Composite Machining: Handles high-volume wood dust, MDF particles, and fibrous debris via ducted network integration.

 

Chemical & Powder Processing: Contains dry bulk powders, pharmaceutical dust, and granular airborne contaminants.

 

 

Customization Options

 

Airflow Configuration: Customized inlet/outlet duct diameters, multi-port manifold connections, or direct ambient discharge louvers.

 

Filtration Stage Adaptation: Specific media selection including high-capacity oil mist coalescers, spark arrestors, or impregnated carbon for VOC adsorption.

 

Electrical Integration: Voltage customization (220V to 575V), explosion-proof motor options (ATEX / Class I Div 2), and remote BMS (Building Management System) integration.

 

Enclosure Finishes: Food-grade stainless steel fabrication or specialized anti-corrosion marine coatings for humid or corrosive facility environments.

 

 

Quality Assurance & Manufacturing Control

 

Sheet Metal Processing: Fabricated using Trumpf CNC fiber laser cutting and CNC press brake bending for precise structural tolerances.

 

Welding Standards: Structural joints executed via robotic MIG welding by AWS/ISO-certified welding operators.

 

Rotor Balancing: Every blower wheel undergoes dynamic balancing on computerized balancing rigs to ISO 1940 G2.5 standards, limiting vibration and bearing wear.

 

Factory Acceptance Testing (FAT): Each unit undergoes a 4-hour full-load electrical draw test, dielectric strength testing, and airflow performance verification prior to crating.

 

 

Frequently Asked Questions

 

Q: What is the filter replacement frequency under multi-shift operation?

A: Pre-filters typically require inspection monthly and replacement every 3 to 6 months. HEPA or secondary bag filters last 12 to 24 months depending on dust loading density, monitored via differential pressure gauges.

Q: Can this unit integrate with existing plant ductwork?

A: Yes. Inlet and discharge collars are customizable in round or rectangular formats to match standard spiral ducting and local exhaust ventilation (LEV) systems.

Q: Are the electrical components compliant with local international standards?

A: Main control panels utilize IEC/UL-certified components. Motors are TEFC (Totally Enclosed Fan Cooled) rated with IP55 or IP56 protection classes.

Q: What is the standard lead time for volume orders?

A: Standard catalog configurations ship within 15 to 25 business days. Custom engineering, specialized voltage, or stainless steel builds require 35 to 45 business days.

Q: How is equipment protected during international ocean transit?

A: Units are secured to fumigated wooden skids, wrapped in heavy-duty moisture-barrier VCI film, and enclosed in robust export-grade plywood crates to prevent transit corrosion or shock damage.

Q: What documentation is provided with the shipment?

A: Each delivery includes an installation manual, wiring schematics, PLC programming logic sheets, individual FAT test reports, and ISO 9001 quality certificates.

 

 

Request a Quote & Engineering Support

 

To receive a formal quotation, technical drawing package, or freight cost estimate for your facility project, provide the following parameters:
• Required airflow capacity (CFM or m³/h)
• Nature of the airborne pollutant (dust, welding fume, oil mist, chemical vapor)
• Facility electrical supply specifications (V / Hz / Phase)
• Destination port or plant zip code for shipping calculations
Download 2D/3D CAD Package | Submit RFQ / Contact Technical Sales Team

 

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