Usha Filters High Temperature Fine Filters are specially designed for fine air filtration applications involving elevated operating temperatures. Manufactured using premium quality heat-resistant glass fiber media, these filters provide high filtration efficiency, low pressure drop and reliable performance under demanding thermal conditions.
read moreUsha Filters High Temperature Fine Filters are specially designed for fine air filtration applications involving elevated operating temperatures. Manufactured using premium quality heat-resistant glass fiber media, these filters provide high filtration efficiency, low pressure drop and reliable performance under demanding thermal conditions.
The robust construction and temperature-resistant components ensure dimensional stability, efficient particle retention and long operational life in high-temperature HVAC and industrial process applications.
Key Features
Construction Details
| Component | Material / Specification |
|---|---|
| Filter Media | Heat Resistant Glass Fiber Media |
| Frame Material | GI / Stainless Steel / Aluminum |
| Separator | Corrugated Aluminum Separator / Hot Melt |
| Sealant | High Temperature Resistant Sealant |
| Support Structure | Deep Pleat / Rigid Cell Construction |
| Gasket | High Temperature Resistant Gasket (Optional) |
Technical Specifications
| Parameter | Details |
|---|---|
| Filter Type | High Temperature Fine Filter |
| Media Type | Heat Resistant Glass Fiber Media |
| Filtration Efficiency | F5 / F6 / F7 / F8 / F9 |
| Operating Temperature | Up to 250°C (Depending on Construction) |
| Recommended Face Velocity | Up to 2.5 m/s |
| Initial Pressure Drop | Low |
| Frame Options | GI / SS / Aluminum |
| Separator Type | Corrugated Aluminum / Hot Melt |
| Standard Depth | 150 mm / 292 mm |
| Custom Sizes | Available |
Working Principle
The heat-resistant glass fiber media captures fine airborne particles while maintaining stable airflow under elevated temperatures. The deep pleated or rigid cell construction increases effective filtration area, resulting in high dust holding capacity, low airflow resistance and reliable filtration efficiency in high-temperature environments.
Applications
Advantages
Maintenance Guidelines
Customization Options