High temperature ceramic filter cartridges are advanced filtration devices that can withstand high temperatures while effectively filtering particles, impurities and contaminants from a variety of fluids and gases. They are used in applications that require durability under extreme high temperature conditions, such as industrial processes, high temperature gas filtration and fluid filtration systems.
Description
Our high-temperature ceramic filter cartridges combined with catalytic denitrification technology, realizing the integration of “dust removal + desulfurization + denitrification”, suitable for high temperature, high dust, high corrosion industrial flue gas treatment, significantly reduce operating costs and meet the ultra-low emission standards.
Advantages of High Temperature Ceramic Filter Cartridges
- Resistant to wear and tear, with a mechanical life of >10 years.
- Long catalyst life Long catalyst life (no damage to the physical structure of the ceramic tube, no change in activity).
- High denitrification efficiency, up to 95% or more
Process treatment
- Catalyst Composite Technology: Integration of low temperature catalysts and ceramic fibers.
- Patented anti-breakage pipe: avoid breakage due to self-weight (material Q235).
- Pleated Ceramic Tube Design: Enhanced Filtration Area and Efficiency.
- Multi-Layer Insertion Dedusting Technology: Optimizing Airflow Distribution.
Common Application of High-temperature Ceramic Filter Cartridges
- High-temperature Gas Filtration: Used in industrial environments such as foundries, power plants, and chemical processing plants to filter hot gases, preventing contamination.
- Fluid Filtration: Applied in high-temperature liquid filtration systems, including those used in the food and beverage industry, petrochemical plants, and automotive industries.
- Environmental Protection: Used in exhaust gas filtration systems to reduce pollutants and particulate matter, especially in industries with high-temperature emissions.
- Aerospace & Automotive Industries: Used in applications where high temperature and pressure conditions are prevalent, such as in engines or combustion chambers.
Temperature Range
| Applicable temperature | 200~450℃ (conventional working temperature) |
| Short-time temperature resistance | ≤1000℃ (within 6 hours for short time) |
| Continuous use temperature | ≤800℃ |
Material
| Ceramic cartridge material | Aluminum oxide (Al₂O₃), silicon oxide (SiO₂) >97% |
| Composite technology | Catalyst and ceramic fiber composite technology, surface filtration membrane technology |
| Silica-aluminum ceramic fiber base material | Porosity 75~82% |
Technical Parameters
| – Filtration precision | 5, PM10, removal rate ≥98.5% |
| – Emission parameters | |
| ① Dust | ≤10mg/Nm³ (down to 5mg/Nm³) |
| ② NOx | ≤50mg/Nm³ (denitrification efficiency ≥95%) |
| ③ SO₂ oxidation rate | <1%, ammonia escape: <3ppm |
| Resistance | ≤1500Pa (can be reduced to ~500Pa after ash cleaning) |
| Compressive strength | ~280MPa, excellent acid/alkali/oxidation resistance |
Product Specification
| Size | Φ150×3000mm (can be customized) |
| Wall thickness | 15mm |
| Single weight | ≤7kg |
| Filtration area | 1.4 m²/pc |
| Air permeability | 200~400m³/(h·m²) (depending on differential pressure) |
