About High Efficiency Particulate Air Filter
We put forward a broad range of High Efficiency Particulate Air Filter. It is ideally suitable for protection against harmful particles emitted from radioactive substances. Our offered filter is manufactured in adherence with the set industry standards using advanced technology and optimum quality raw material. In tune with international quality standard, we provide the entire range in various sizes and specifications as per the requirement of our clients. Our quality controllers perform a series of test on various parameters, in order to ensure the quality of this filter. Apart from this, clients can avail the entire range from us at industry leading rates.
Features:
- Easy to clean
- High efficiency
- Compact size
- Applications:
- Clean rooms for micro component electronic manufacture & assembly.
- Pharmaceutical processing.
- Aerospace engineeing.
- Genetic & biological researh.
- Biohazard atmosphere.
- Laminar flow workstations.
- Bio safe hood { biological safety cabinets}.
- Hospital operating theaters & intensive care unit.
- Atomic research.
- Pre filter stage to ulpa systems.
Performance:
These filters have an efficiency of 99. 97% down to 0. 3 micron of dop aerosol.
Specifications:
Nominal sizesmm Rated flow cmh Initial resistance mm wg
610 x 610 x 150 850 25. 00
610 x 610 x 293 1700 25. 00
915 x 610 x 150 1250 25. 00
1220 x 610 x 150 1700 25. 00
Advanced HEPA Filtration for Critical EnvironmentsOur HEPA filter is engineered to meet the exacting standards of sectors such as micro-component manufacturing, pharmaceutical processing, and aerospace engineering. The use of fine fiber glass as the primary medium ensures reliable removal of particulates and contaminants. Its box filter design not only enhances durability but also ensures a secure and efficient installation, making it ideal for the most sensitive workspaces.
Versatile Applications for Maximum SafetyDesigned for use in clean rooms, biological safety cabinets, hospital operating theaters, and intensive care units, this filter delivers top-level environmental safety. It also supports genetic and biological research, atomic research, and biohazard environments. Acting as a pre-filter for ULPA systems, it forms a crucial layer of protection where air purity is paramount.
FAQ's of High Efficiency Particulate Air Filter:
Q: How does the HEPA filter work in clean room environments?
A: The HEPA filter utilizes densely packed fiber glass media to capture 99.97% of airborne particles as small as 0.3 microns. This ensures minimal contamination in clean rooms, making it ideal for micro electronics assembly, pharmaceutical processing, and biological research.
Q: What types of industries benefit from installing this HEPA filter?
A: Industries such as electronics manufacturing, pharmaceuticals, aerospace engineering, genetic and biological research, hospitals, and atomic research benefit significantly from this filter thanks to its superior air purification and contamination control capabilities.
Q: When should I replace or check the HEPA filter for optimal performance?
A: It's best to inspect the filter as per the usage intensity-typically every 6-12 months. More frequent checks may be necessary in environments with high airborne contamination to maintain peak filtration efficiency.
Q: Where is this HEPA filter commonly installed within facilities?
A: This HEPA filter is commonly installed in clean rooms, laminar flow workstations, biological safety cabinets, hospital operating theaters and ICUs, and as a pre-filter stage in ULPA systems across research labs and healthcare facilities.
Q: What is the installation process for this HEPA filter?
A: Installation is straightforward due to its robust box filter construction. It can be securely fitted into compatible filter housings within HVAC systems or specialized workstations, ensuring a tight seal and reliable performance.
Q: What are the key benefits of using this particular HEPA filter?
A: Key benefits include excellent particulate removal, enhanced air quality in controlled environments, protection for sensitive manufacturing processes, and compliance with international safety and hygiene standards.