Usha Filters High Temperature HEPA Filters are specially engineered for critical air filtration applications operating under elevated temperatures up to 250°C. Manufactured using premium quality heat-resistant micro glass fiber media and high-temperature resistant construction materials, these filters provide ultra-high filtration efficiency, thermal stability and reliable performance in demanding industrial environments.
read moreUsha Filters High Temperature HEPA Filters are specially engineered for critical air filtration applications operating under elevated temperatures up to 250°C. Manufactured using premium quality heat-resistant micro glass fiber media and high-temperature resistant construction materials, these filters provide ultra-high filtration efficiency, thermal stability and reliable performance in demanding industrial environments.
These filters are ideal for sterile processes, drying systems, pharmaceutical applications and industrial high-temperature air handling systems requiring HEPA-grade clean air performance.
Key Features
Construction Details
| Component | Material / Specification |
|---|---|
| Filter Media | High Temperature Micro Glass Fiber Media |
| Frame Material | Stainless Steel / GI |
| Separator | Corrugated Aluminum Separator |
| Sealant | High Temperature Resistant Sealant |
| Gasket | High Temperature Resistant Gasket |
| Construction Type | Deep Pleat HEPA Filter |
Technical Specifications
| Parameter | Details |
|---|---|
| Filter Type | High Temperature HEPA Filter |
| Filtration Efficiency | H13 / H14 |
| Media Type | Heat Resistant Micro Glass Fiber Media |
| Particle Efficiency | Up to 99.995% |
| Standard | EN 1822 |
| Operating Temperature | Up to 250°C |
| Recommended Face Velocity | As per application |
| Initial Pressure Drop | Low |
| Frame Options | Stainless Steel / GI |
| Separator Type | Corrugated Aluminum |
| Custom Sizes | Available |
Working Principle
Air passes through the heat-resistant HEPA micro glass fiber media where extremely fine airborne particles are captured through diffusion, interception and inertial impaction mechanisms. The deep pleated structure increases effective filtration area while maintaining low airflow resistance and reliable performance at elevated temperatures.
Applications
Advantages
Maintenance Guidelines
Customization Options