350℃ High Temperature HEPA Air Filter
350°C high temperature HEPA filter with glass fibre gasket. Stainless steel 304/201 frame, laser-scanned MPPS, 99.99% efficiency at 0.3 µm, individually tested.
Overview
The 350°C high temperature HEPA filter delivers H12 (≥99.5%) and H13 (≥99.95%) efficiency at MPPS in extreme process environments. Glass fibre media with foil separators handles high air volumes at low resistance, while the special glass fibre gasket withstands continuous 350°C operation.
Key Features
- Continuous 350°C operation with high-temperature glass fibre gasket and black high-temperature glue.
- Efficiency H12 (≥99.5%) / H13 (≥99.95%) per EN 1822 at MPPS in rated airflow.
- Laser-scanned one by one (MPPS) — 100% air leakage test report for every filter.
- Frame options: stainless steel 304 or 201.
Specifications
| Dimension (mm) W×H×D | Air Flow (m³/h) | Media Area (m²) | Dust Holding (g) | Initial Resistance | Final Resistance |
|---|---|---|---|---|---|
| 484×484×120 | 450 | 4.4 | 230 | H12 <200 Pa / H13 <210 Pa | 400–600 Pa |
| 610×610×120 | 700 | 7.1 | 370 | H12 <200 Pa / H13 <210 Pa | 400–600 Pa |
| 610×915×120 | 1050 | 10.6 | 560 | H12 <200 Pa / H13 <210 Pa | 400–600 Pa |
| 610×1220×120 | 1400 | 14.1 | 740 | H12 <200 Pa / H13 <210 Pa | 400–600 Pa |
| 484×484×150 | 600 | 6.0 | 320 | H12 <200 Pa / H13 <210 Pa | 400–600 Pa |
| 610×610×150 | 1000 | 9.7 | 510 | H12 <200 Pa / H13 <210 Pa | 400–600 Pa |
| 610×915×150 | 1500 | 14.5 | 770 | H12 <200 Pa / H13 <210 Pa | 400–600 Pa |
| 610×1220×150 | 2000 | 19.3 | 1020 | H12 <200 Pa / H13 <210 Pa | 400–600 Pa |
| 484×484×220 | 1000 | 9.8 | 600 | H12 <200 Pa / H13 <210 Pa | 400–600 Pa |
| 610×610×220 | 1600 | 15.8 | 920 | H12 <200 Pa / H13 <210 Pa | 400–600 Pa |
| 610×915×220 | 2300 | 23.7 | 1340 | H12 <200 Pa / H13 <210 Pa | 400–600 Pa |
| 610×1220×220 | 3000 | 31.6 | 1750 | H12 <200 Pa / H13 <210 Pa | 400–600 Pa |
Other sizes and configurations available on request.
Applications
High-temperature paint rooms, coating ovens and drying ovens where continuous 350°C operation is required.
