Heat resistance high effiency filter is used in ultra clean drying oven, sterilization cabinet, and other purifying equipments and systems, which have high temperature condition requirement. It has high efficiency, low resistance, large dust holding capacity, excellent heat resistance and other advantages.
Type: separator
Frame material: stainless steel
Media: Fibreglass
Separator: Aluminium, fibreglass
Gasket: Fibreglass rope, silicon gel
Filter class: H13 / H14
Initial resistance: 220Pa
Standard size:
Standard depth: 90/100/150/220/292mm
Material and Operation Conditions
| Media | Micro glass fifiber |
| Frame | SUS201，SUS304（260℃） |
| Sealant | Red silicone（260℃）Ceramic adhesive（350℃） |
| Gasket | Silicon gel gasket （260℃）PTFE/Glass fifiber rope（350℃） |
| Separator | Aluminum foil |
| Optional frame thickness(mm) | 80，96，120，150，220，292，305 |
| Max temperature | 260℃/350℃ |
| Max humidity | 100% |
Technical datasheet
| Model | Type | Size（mm）（HxWxD） | Air flow（m³/h） | Initial pressure（≤Pa） | Media area（m²） | Velocity（m/s） | Filter grade（EN1822）) | Max. Temperature（℃） |
| YTGX | （GW）High temperature resistance | 610x305x150 | 500 | 100 | 4.41 | 0.75 | E10 | 260 |
| 610x610x150 | 1000 | 100 | 9.3 | 0.75 | E10 | 260 | ||
| 610x305x292 | 1000 | 100 | 9.67 | 1.49 | E10 | 260 | ||
| 610x610x292 | 2150 | 100 | 20.41 | 1.61 | E10 | 260 | ||
| 915x610x292 | 3200 | 100 | 30.61 | 1.59 | E10 | 260 |
Note: More specifications can be customized
1. Framework: stainless steel plate construction.
2. Filter material: ultra-fine glass fiber filter paper utilized.
3. Segment material: the aluminum foil incorporated.
4. Sealant: imported high temperature resistant silicone applied.
5. Sealing strip: imported high temperature resistant silicone strip employed.
6. Working temperature: 300 ℃ or less.
1. Primarily employed in ultra-clean ovens and other systems that require high-temperature air purification.
2. Air purification of equipment and systems that necessitate high-temperature air filtration, e.g. UV ovens and tunnel furnaces.
