About AHU PRE Filters from UPSWC Mathura industrial area Uttar Pradesh
AHU PRE Filters from UPSWC Mathura industrial area Uttar Pradesh
D.P.ENGINEERS Filters Has Achieved The Status of a Major Indian Air Filters And Clean Room Equipments Manufacturer and Regular Clients Include Most Of The Leading Pharmaceutical And Electronic Product Manufacturers,as Well as Nuclear Power, Atomic Energy And Space Research Establishments. Leading Consultants, User Industries And HVAC Turn-Key Engineering Companies Have Approved Our Products And Test Facilities.Fine Filters Are Used For High Level Pre Filtration In Air Conditioning Of Paint Booths, Air Handling Units etc.
Fine Filters Are Available in The Range of 1 to 5 Micron:
Low Initial Pressure Drop.
Light In Weight And Easy To Handle.
High Cost / Performance Ratio.
High Dust Holding Capacity.
Cleanable / Washable.
Applications:
General Filtration For Air-Conditioning And Air Handling Units.
General Air Filtration And Pre-Filtration.
Spray Booths And Pre-Filtration.
Specifications:
Type: Flange or Box
Frame: Galvanized Steel, Aluminum Anodized,SS304
Separators: Aluminum
Filter Media: HDPE Media / Non Woven Synthetic Media
All These Filters Are Washable And Hence Reusable. Normal Sizes Available Are:
NoSizes In InchsFlow ( CFM )
1.20 x 12 x 6120
2.20 x 15 x 6520
3.20 x 20 x 6700
4.24 x 24 x 61000
5.24 x 24 X 12 2000
Robust and Versatile ConstructionOur AHU PRE Filters are constructed using high-quality galvanized steel, CRCA powder-coated, aluminum anodized, or SS304 frames. This durable construction ensures longevity and resistance to corrosion, making them suitable for frequent use in industrial and commercial settings. Their panel filter design provides easy installation and maintenance, supporting seamless integration into a wide range of HVAC systems.
Advanced Filtration for Sensitive SpacesEquipped with micro fiber medium and a choice of synthetic non-woven, HDPE, or glass fiber mesh, these filters deliver superior pre-filtration for critical environments. Whether used in hospitals, pharmaceutical facilities, hotels, or shopping malls, they efficiently capture dust and particulate matter, creating cleaner and healthier indoor air. Their usage enhances both the performance and lifespan of downstream filters and equipment.
FAQ's of AHU PRE Filters from UPSWC Mathura industrial area Uttar Pradesh:
Q: How do AHU PRE Filters from UPSWC ensure efficient air filtration?
A: These filters utilize a micro fiber medium combined with synthetic non-woven, HDPE, or glass fiber mesh. This multi-layered approach effectively captures dust and large particles before the air moves to finer filtration stages, protecting downstream components and improving overall air quality.
Q: What materials are used in constructing these panel filters?
A: The panel filters feature frames made from galvanized steel, CRCA powder-coated steel, aluminum anodized, or SS304 stainless steel. These materials are chosen for their durability, corrosion resistance, and ease of maintenance in demanding environments.
Q: Where can these AHU PRE Filters be used?
A: They are ideal for use in hospitals, operation theaters, pharmaceutical industries, hotels, malls, and other commercial or institutional facilities requiring clean, particle-free air.
Q: What is the process for installing these AHU PRE Filters?
A: Installation is straightforward due to their panel filter construction. Simply mount the filter within the designated slot of the air handling unit (AHU). Regular checks and timely replacement are recommended for optimal performance.
Q: When should AHU PRE Filters be replaced for best results?
A: Replacement frequency depends on operating conditions and airborne dust levels, but regular inspections are advised. Typically, pre filters are checked monthly and replaced every 3-6 months to maintain effective filtration and protect equipment.
Q: What are the main benefits of using these pre filters in HVAC systems?
A: Using these pre filters helps extend the life of sensitive fine filters and machinery downstream by capturing larger airborne particulates early. This leads to reduced maintenance costs, improved air quality, and more efficient HVAC operation.