High Efficiency HEPA Filter H13 H14
Overview
Our High Efficiency HEPA Filter H13 H14 delivers superior air purification for cleanrooms, laminar-flow hoods and FFU systems. Featuring low resistance and high dust-holding capacity, this HEPA filter ensures even airflow and reliable terminal filtration in hospital laminar-flow air conditioning.
Key Features
- High filtration efficiency up to H14 (99.995%) for superior particle removal.
- Low-resistance design reduces energy consumption and extends system life.
- High dust-holding capacity for longer service life and lower maintenance costs.
- Even airflow distribution for consistent performance across the filter face.
- Durable aluminum or galvanized frame for structural integrity and easy installation.
- Polyurethane sealant ensures leak-free sealing and prevents bypass.
- Customizable sizes to fit various equipment and applications.
Specifications
| Parameter | Value |
|---|---|
| Product type | HEPA filter |
| Filtration grade | H11, H12, H13, H14 |
| Filter material | Glass-fiber filter paper / PP (customizable) |
| Filter frame | Aluminum / galvanized |
| Sealant | New-type polyurethane |
| Dimensions | Customizable |
| Temperature & humidity | 80°C / 80% |
| Weight | 5 kg (approx.) |
Applications
- Hospital laminar-flow clean air-conditioning systems
- Cleanroom terminal filtration for pharmaceutical and semiconductor industries
- FFU (Fan Filter Unit) systems for ISO-classified cleanrooms
- Laminar-flow hoods for laboratory and research facilities
- Air-purification systems requiring high-efficiency particulate removal
Customization Options
- Custom dimensions to fit your specific equipment or housing
- Choice of filter media (glass fiber / PP) based on application
- Frame material options: aluminum or galvanized steel
- Multiple filtration grades (H11–H14) for different cleanliness levels
- Special sealant types on request for extreme conditions
OEM/ODM supported for HVAC contractors, cleanroom builders, equipment manufacturers and project buyers.
















