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Aluminium Separator HEPA Filters

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Aluminium Separator HEPA Filters Specification

Output
Clean Air Delivery Rate: High Efficiency

Filters
Aluminium Separator HEPA

Hole Size
Separator width approx 0.3 mm

Ventilation
Air Intake/Outlet

Dust %
99.97% at 0.3 micron

Dust
Fine and Ultrafine Particles

Efficiency (%)
99.97

Pressure Range
110-180 Pa

Material
Aluminium Frame with Glass Fiber Media

Color
Metallic Silver

Application
Clean Rooms, Hospitals, Pharma, Laboratory, HVAC Systems

Equipment Type
HEPA Filter

Installation Type
Panel/Module installation

Filtration Property
High Efficiency Particulate Air

Features
Rigid, Corrosion Resistant, Durable, Washable

Humidity %
Maximum 100% RH

Maintenance Type
Low Maintenance

Noise Level
< 65 dB

Flow Rate
1000 CFM

Energy Consumption
Nil (Passive filter)

Automatic Grade
Manual

Capacity
High Dust Holding Capacity

Dimension (L*W*H)
610 x 610 x 292 mm (custom sizes available)

Weight
Approx. 7 Kg

Max Operating Temperature
Up to 80°C

Face Guard
Optional Protective Mesh

Recommended Air Velocity
1.5 m/s

Sealing Gasket
Polyurethane/Neoprene

Standard
EN 1822, ISO 29463, IS 14387

Test Method
DOP/PAO Scan Tested

End Use
Terminal Filtration, Clean Air Supply

Frame Type
Deep Pleat with Aluminium Separator

Media Pack Configuration
Corrugated Aluminium Separators

Handling
Handle with Care to Prevent Damaging Pleats

Aluminium Separator HEPA Filters Trade Information

Payment Terms
Cash on Delivery (COD), Cash Against Delivery (CAD), Cash in Advance (CID), Cheque, Cash Advance (CA)

Main Export Market(s)
Australia, North America, Eastern Europe, Middle East, Western Europe, Africa, Central America, South America, Asia

Main Domestic Market
All India

About Aluminium Separator HEPA Filters

Aluminium Separator HEPA Filters

The ENVIRO TECH HEPA Aluminum Separator Filter is constructed with 20 gauge powder coated mild steel frame with a continuous band of media pleated back and forth over corrugated aluminum separators. These filters contain a two-part polyurethane, which assures a positive seal of the media pack and frame. The interlocking frame design with sealant placed behind the top and bottom flange allows unobstructed air flow and ease of filter handling.

Benefits:

The ENVIRO TECH HEPA Filters corrugated aluminum separators assure even pleat spacing. The hemmed edges on the aluminum separators reduce possible pleat damage.

HEPA Filters Efficiency test conducted to ensure the 99.97% efficiency with challenging DOP aerosol system.

Advanced Performance in Critical Filtration

These HEPA filters are rigorously tested according to EN 1822, ISO 29463, and IS 14387 standards, ensuring exceptional capture of fine and ultrafine particles. The aluminium separators provide uniform media spacing and stability, reducing the risk of airflow bypass and frame corrosion, while supporting optimal clean air delivery rates for sensitive applications.

Robust Design and User-Friendly Installation

Crafted from a metallic silver aluminium frame and fitted with durable glass fiber media, these HEPA filters offer remarkable durability and corrosion resistance. Their panel/module installation simplifies integration into various air handling systems. A choice of polyurethane or neoprene gaskets guarantees a tight seal during continual use, even in humid or high-temperature environments.

Economical Operation and Minimal Maintenance

With a passive design requiring no energy, these filters are cost-effective and easy to maintain. The high dust holding capacity prolongs operational intervals before replacement, and the washable construction promotes sustainability and reduced servicing efforts. Suitable for manual handling, they are built to deliver consistent, reliable air purification.

FAQs of Aluminium Separator HEPA Filters:

Q: How should Aluminium Separator HEPA Filters be installed for optimal performance?

A: To achieve maximum filtration efficiency, install the filter as a panel or module within compatible HVAC systems, clean rooms, or air-handling units. Ensure the polyurethane or neoprene gasket forms a complete seal and consider using the optional protective mesh face guard to prevent damage during installation.

Q: What types of contaminants do these HEPA filters effectively capture?

A: These filters are designed to remove 99.97% of fine and ultrafine particles, including dust, microbes, and airborne particulates as small as 0.3 microns, making them suitable for sensitive areas such as laboratories, hospitals, and pharmaceutical environments.

Q: When is filter replacement necessary for Aluminium Separator HEPA Filters?

A: Filters should be replaced when the pressure drop reaches the upper limit of 180 Pa, or during routine maintenance cycles based on facility standards and environmental load. High dust holding capacity helps extend operational lifespan before replacement is needed.

Q: Where are Aluminium Separator HEPA Filters most commonly used?

A: Common applications include terminal filtration in clean rooms, hospitals, pharmaceutical production, research laboratories, and HVAC systems requiring stringent air cleanliness and contaminant control.

Q: What is the recommended process for handling and maintaining these HEPA filters?

A: Always handle filters with care to avoid deforming the pleated glass fiber media or damaging the aluminium separators. During maintenance, check for gasket integrity and cleanliness. Washing is possible, but only if compatible with system requirements and manufacturer guidelines.

Q: How does the aluminium separator design benefit air filtration efficiency and durability?

A: Aluminium separators create precise pleat spacing for even air distribution, minimizing bypass and allowing high dust holding capacity. The rigid construction also enhances durability and resistance to corrosion, especially under humid or demanding conditions.

Q: What are the main benefits of choosing these HEPA filters for critical environments?

A: Key benefits include high particulate removal efficiency, robust and corrosion-resistant construction, ease of installation, minimal maintenance needs, compatibility with high humidity and temperatures, and cost savings due to washable, reusable design and passive energy use.

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