AstroCel I S+
- HEPA grade air filtration media with superior strength and antimicrobial properties
- The filter media performance was tested against bacteria and virus
- Lowest possible pressure drop without compromising antimicrobial properties
- Made of fibreglass media immobilized with antimicrobial agents to combat harmful microorganisms
- New innovation media not only traps small particles, but also minimizes the number of microbes by inhibiting their growth and reproduction
INDUSTRIES
Typical applications
Automotive
Commercial Buildings
Data Centers
Food and Beverage

Life-Long Antimicrobial Filters
The filter media with antimicrobial properties not only traps small particles, it also minimizes the number of microbes by inhibiting their growth and reproduction. The antimicrobial agent applied is not consumed while combating microorganisms.
Anti-COVID-19, Antiviral & Antibacterial Properties
The AstroCel S+ product is being designed and manufactured using the newly developed innovative media named S+, and it can handle harsh operating conditions where a high risk of particles, viruses, and bacteria is present. The S+ media has proven its capability and efficiency, supported by the following tests done under the reference standard of ISO 18184:2019: against Severe Acute Respiratory Syndrome Coronavirus 2 (SARS-CoV-2), Influenza A Virus (H1N1) pandemic (Human Isolated), and Human Coronavirus 229E (ATCC VR-740), conducted by a third party lab. The efficacy against SARS-CoV-2 achieved 99.85%, H1N1 achieved 99.93%, and against Human coronavirus 229E achieved 99.92%. The S+ media also underwent antimicrobial test of Staphylococcus aureus (ATCC6538) and Escherichia coli (ATCC 25922), which both achieved 100% efficacy.
Performance & Applications
AstroCel S+ filters are available in a variety of efficiencies, including 99.95% and 99.995% on MPPS. Each AstroCel S+ is individually tested and carefully packed before sending to our customers. AstroCel S+ HEPA filters are used primarily in cleanrooms and clean zones, which require the highest levels of contamination control. Corrugated sheets of aluminium or hot melt separate the pleats to permit maximum usage at minimum resistance. Gasketing is available on the upstream, downstream, or both sides.

| EN1822 | H13, H14 |
| Filter Depth (mm) | 149, 292 |
| Media Type | Fibreglass |
| Frame Material (Standard) | Galvanised Steel |
| Frame Material (Optional) | Aluminum, Stainless Steel Plywood, Particle Board |
| Separator Style | Aluminum |
| Gasket Material (Standard) | Neoprene |
| Gasket Material (Optional) | PU, EPDM, PU Gel |
| Gasket Position (Standard) | Downstream |
| Gasket Position (Optional) | Upstream, Both Sides |
| Faceguard | Optional |
| Special Size Available | Yes |
| Antimicrobial Available | No |
| Header Type | None Header |
| Recommended Final Resistance | 750 Pa |
| Max Operating Temperature | 90º C |
| Air Filtration Certification | UL 900 |
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AstroCel ll S+
- HEPA grade air filtration media with superior strength and antimicrobial properties
- The filter media performance was tested against the bacteria and virus
- Lowest possible pressure drop without compromising antimicrobial properties
- Made of fibreglass media immobilized with antimicrobial agents to combat harmful microorganisms
- New innovation media not only traps small particles, but also minimizes the number of microbes by inhibiting their growth and reproduction
MEGAcel II / SC
- Pharmaceutical grade eFRM Filtration Technology media is proven to be more durable than microglass, delivering superior performance
- Industry’s first and only eFRM media to be Polyalphaolefin (PAO) compatible, with a higher PAO holding capacity compared to microglass media
- Superior durability and tensile strength, 84 times the pleated strength of microglass
- Chemical-resistant capabilities reduce media degradation in highly corrosive environments
- Exceptional water resistance compared to ultrafine microglass
years