Factory-direct High Temperature HEPA Filters for cleanroom ovens, sterilization tunnels, depyrogenation tunnels, pharmaceutical workshops, laboratories, and high-temperature clean air filtration systems.
Custom high temperature HEPA filter solutions for pharmaceutical, laboratory, electronics, cleanroom, and industrial high-temperature filtration applications.
Our High Temperature HEPA Filters can be customized according to operating temperature, peak temperature, efficiency grade, filter size, frame material, separator type, sealant, gasket, airflow, pressure drop requirement, and application. Send us your temperature range, filter size, airflow, and installation details for a suitable quotation.
Unit-by-unit DOP/PAO scan leak testing executed prior to dispatch to ensure strict EN 1822 / ISO 16890 compliance.
| Continuous Operating Temp | Depending on project design, materials, operating temperature, and exposure time. |
|---|---|
| Peak Temperature | Depending on project design, materials, operating temperature, and exposure time. |
| Temperature Duration | Depending on project design, materials, operating temperature, and exposure time. |
| Filter Media | High-temperature resistant glass fiber |
| Frame Options | Galvanized Steel, Stainless Steel (304/316), Aluminum |
| Sealant | Custom high-temperature silicone or ceramic sealant based on temp grade |
| Gasket | Silicone, Fiberglass, Ceramic Fiber |
| Efficiency Grade | H13 (≥99.99% @ 0.3μm) / H14 (≥99.999% @ 0.3μm) |
| Dimensions & Depth | Standard (e.g., 24x24x2, 24x24x12) or fully customized |
| Airflow & Pressure Drop | Designed to match system resistance requirements |
| Test Documents | Test reports and technical documents available on request |
We support different high temperature HEPA filter solutions for cleanroom ovens, sterilization tunnels, depyrogenation tunnels, industrial dryers, laboratory equipment, and custom high-temperature filtration systems.
A high temperature pleated HEPA filter is designed with heat-resistant filter media and pleated structure to provide high-efficiency filtration in elevated temperature air systems. It can be customized by size, depth, frame material, separator, and sealant.
A HEPA filter high temperature solution is suitable for applications where standard HEPA filters cannot withstand elevated operating temperatures. Material selection should be matched to continuous temperature, peak temperature, and exposure duration.
A HEPA filter +150 C high temperature option is suitable for projects where the operating environment exceeds normal HEPA filter temperature limits. Frame, gasket, and sealant should be selected according to actual system conditions.
HEPA filter high temperature 24x24x2 is a common size request for replacement and equipment filtration projects. We can support standard and custom dimensions according to existing housing, filter rack, or equipment drawings.
High temperature resistant HEPA filters are designed with heat-resistant media, metal frame, high-temperature sealant, and suitable gasket options to support filtration performance in demanding thermal environments.
Custom high-temperature resistant HEPA filters can be produced according to temperature range, efficiency grade, size, frame material, separator structure, gasket, airflow, pressure drop, and packaging requirements.
Send us your temperature range, filter size, efficiency grade, airflow, and quantity for a custom quotation.
The wrong high temperature HEPA filter can lose sealing performance, deform under heat, shed particles, increase pressure drop, or fail to meet clean air requirements. Our high temperature HEPA filter solutions help buyers match efficiency grade, heat-resistant materials, airflow, and installation structure with real high-temperature operating conditions.
| Pain Point | Business Impact | Our Solution |
|---|---|---|
| Standard HEPA cannot withstand heat | Sealant melts, media burns, and the filter fails instantly in ovens. | Heat-resistant glass fiber media and metal frames matched to operating temp. |
| Sealant failure after thermal cycles | Bypass leakage occurs, contaminating the cleanroom or sterilization tunnel. | Custom high-temperature silicone or ceramic sealant depending on peak temp. |
| Frame deformation under heat | Filter cannot fit tightly in the housing, causing severe air leakage. | Rigid stainless steel or specialized metal structures to maintain stability. |
| Gasket aging and hardening | Loss of seal between filter and equipment rack over time. | High-temperature resistant fiberglass or ceramic fiber gasket options. |
| Incorrect size for equipment | Installation delays for OEM ovens, dryers, or tunnel systems. | Custom dimensions and depths manufactured according to exact drawings. |
Send your temperature range, filter size, airflow, efficiency grade, and application. We will help recommend a suitable High Temperature HEPA Filter solution.
Our High Temperature HEPA Filters are designed around heat resistance, filtration efficiency, sealing reliability, structural stability, customization flexibility, and project-based supply support.
High-temperature resistant glass fiber media, metal frame, separator, sealant, and gasket options can be selected according to operating temperature, peak temperature, and exposure duration.
Customer Benefit:
Buyers can reduce the risk of early filter failure caused by heat, material mismatch, or unsuitable sealing components.
H13 and H14 efficiency options can be discussed according to clean air requirement, application risk, equipment design, and project testing requirements.
Customer Benefit:
Buyers can match filtration efficiency to the actual process instead of over-specifying or under-specifying the filter.
Frame material, separator type, sealant, gasket, and reinforcement can be selected to help maintain filter structure under suitable high-temperature operating conditions.
Customer Benefit:
A more stable structure helps reduce deformation, bypass leakage, and installation-related performance issues.
Filter size, depth, frame, gasket position, airflow direction, protective mesh, label, and packaging can be customized according to oven, tunnel, cleanroom, or OEM equipment requirements.
Customer Benefit:
Buyers can source filters that fit existing equipment and reduce replacement or installation problems.
Media area, filter depth, separator structure, and rated airflow can be reviewed to help balance filtration efficiency and system resistance.
Customer Benefit:
A better-matched filter helps maintain airflow, heating uniformity, and process stability.
We support sample testing, trial orders, replacement orders, OEM supply, project batches, technical documents, and export packaging.
Customer Benefit:
Equipment manufacturers, cleanroom contractors, and maintenance buyers can build a more stable high-temperature HEPA filter supply chain.
Work directly with a filtration manufacturer for high-temperature material selection, custom HEPA filter production, technical review, project quotation, and OEM supply.
Heat-Resistant Materials. HEPA Efficiency. Custom Project Support.
Send your operating temperature, peak temperature, exposure time, airflow, filter size, and application. Our team can help review suitable media, frame, sealant, and gasket options before quotation.
We support media pleating, separator assembly, metal frame structure, high-temperature sealant, gasket installation, labeling, packaging, and project-based production.
Efficiency grade, pressure drop, airflow, temperature range, equipment fit, and testing document requirements can be reviewed before confirming production.
Private label, neutral packaging, reinforced export packaging, batch production, replacement size lists, and repeated supply programs can be discussed for equipment manufacturers and project buyers.
A High Temperature HEPA Filter is a high-efficiency air filter designed to operate in elevated temperature clean air systems where standard HEPA filters may not be suitable. It uses heat-resistant media, metal frame materials, high-temperature sealant, and suitable gasket options to help maintain filtration performance and sealing reliability under thermal conditions.
High Temperature HEPA Filters are commonly used in cleanroom ovens, sterilization tunnels, depyrogenation tunnels, pharmaceutical drying systems, laboratories, electronics manufacturing, thermal processing equipment, and industrial clean air systems. Depending on the project requirement, they can be supplied in H13 or H14 efficiency grades and customized by size, depth, frame material, separator, gasket, airflow, and pressure drop.
For B2B buyers, choosing a High Temperature HEPA Filter is not only about efficiency. The filter must also match the continuous operating temperature, peak temperature, exposure duration, airflow, equipment housing, sealing method, test requirements, and replacement schedule.
Before placing an order, confirm the continuous operating temperature, peak temperature, exposure time, efficiency grade, filter size, frame material, sealant, gasket, airflow, pressure drop limit, application, and testing document requirements. These details help determine whether a standard high temperature HEPA filter or a custom solution is more suitable for your project.
| Selection Factor | What Buyers Need to Check | Recommended Action |
|---|---|---|
| Temperature Range | What is the continuous operating temp? What is the peak temp? How long does the peak temp last? | Provide exact temp cycles |
| Efficiency Grade | Does the process require H13 (99.99%) or H14 (99.999%) clean air? | Match process standard |
| Filter Dimensions | What is the exact W x H x D? (e.g., 24x24x2, 24x24x12) Are there existing drawings? | Send equipment drawings |
| Frame & Gasket | Do you need stainless steel? Does the gasket need to be silicone or ceramic? | Confirm housing material |
| Airflow & Pressure | What is the required air volume? What is the maximum allowable pressure drop? | Balance efficiency & flow |
If you are not sure which temperature grade, sealant, or gasket material to choose, send us your operating temperature, peak temperature, filter size, airflow, and application. Our team can help recommend a suitable High Temperature HEPA Filter solution.
Both high temperature HEPA filters and standard HEPA filters are used for high-efficiency air filtration, but they are designed for different operating environments, material requirements, and installation conditions.
| Feature | High Temperature HEPA Filter | Standard HEPA Filter |
|---|---|---|
| Operating Temp | Elevated temperatures (e.g., 150°C, 250°C, 350°C+) depending on design | Normal ambient temperatures (typically ≤ 80°C) |
| Filter Media | Specialized heat-resistant glass fiber | Standard glass fiber or synthetic media |
| Frame Material | Metal (Stainless Steel, Galvanized, Aluminum) to prevent deformation | Aluminum, Galvanized, MDF, or Plastic |
| Sealant | High-temperature silicone or ceramic sealant | Standard polyurethane (PU) sealant |
| Gasket | Heat-resistant silicone, fiberglass, or ceramic | Standard EVA or PU gasket |
| Typical Application | Cleanroom ovens, sterilization tunnels, high-temp dryers | HVAC systems, standard cleanrooms, AHUs |
Not sure whether you need a standard HEPA filter or a high temperature HEPA filter? Send us your operating temperature, filter size, airflow, and application. We can help compare suitable options.
Send your temperature range, filter size, efficiency grade, airflow requirement, frame material, gasket requirement, application, and quantity. Our team will help recommend a suitable solution.
Send us your operating temperature, peak temperature, exposure duration, filter size, and application. Our team can help recommend a high temperature HEPA filter based on your clean air system and equipment requirements.
Direct Contact:
Email: Annie.chen@clearfilterpro.com
Phone / WhatsApp: +86 13538992575
Factory: 30 Andeli, West Yuhua Road, Nanjing
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