H14 HEPA Filter with Aluminium Frame
H14 HEPA filter with a rigid, corrosion-resistant aluminium frame — 1170×570×69 mm or fully custom sizes for cleanroom terminal filtration.
Overview
These H13 and H14 grade HEPA filters are purpose-built for cleanroom environments. Manufactured to high-efficiency filtration standards, they reliably capture fine dust, microorganisms and airborne particles to maintain standard cleanroom air quality. As the core filtration component of cleanroom ventilation systems, they are widely used in biomedical, electronics manufacturing, precision engineering and laboratory applications.
Rigid Aluminium Frame
The filter uses a high-quality one-piece aluminium alloy frame with anti-corrosion and wear-resistant treatment. Light yet strong, it resists deformation and rust for long-term service in sealed clean spaces. Combined with precision sealing technology, the frame prevents air leakage and eliminates filtration dead zones, boosting overall purification efficiency while making installation, removal and maintenance simple.
Full Customization
- Size: length, width and thickness customized to your installation space and equipment — standard or non-standard.
- Grade: H13 for conventional cleanrooms, H14 for ultra-high cleanliness and demanding applications.
- Frame: aluminium, black cardboard, non-woven, plastic or custom.
- Media: high-density glass fibre with low resistance and high dust holding, balancing filtration efficiency and cost.
Specifications
| Parameter | Value |
|---|---|
| Type | HEPA filter |
| Filter grade | H13 / H14 (EN 1822) |
| Efficiency @ MPPS | H13 ≥99.95% / H14 ≥99.995% |
| Standard size | 1170 × 570 × 69 mm (custom sizes available) |
| Frame material | Aluminium (or custom) |
| Media | Glass fibre |
| OEM / ODM | Supported |
| Certification | RoHS, ISO 9001, CE |
| Warranty | 1 year |
Applications
Cleanroom terminal filtration in biomedical, electronics, precision manufacturing, laboratories, laminar flow hoods and industrial clean spaces of all sizes.




















