Precision-engineered filtration components specializing in pollution control and high-temperature industrial environmental protection.
Our titanium sintered filter plate systems are designed for extreme environmental conditions, combining metallurgical precision with sustainable pollution control capabilities to ensure long-term operational efficiency.
Utilizing high-purity titanium to withstand aggressive acids and alkaline environments in wastewater treatment.
Controlled pore distribution ensures optimal permeability and filtration accuracy for microscopic pollutants.
High-temperature tolerance makes these plates ideal for exhaust gas cleaning and thermal catalyst support.
Engineered to minimize wear and tear in high-pressure filtration environments, reducing replacement costs.
100% recyclable titanium materials support the circular economy in environmental equipment manufacturing.
Tailored porosity options ranging from 0.5 to 100 microns to meet specific particulate capture needs.
| Filter Model/Material | Pore Size (μm) | Max Temperature | Operating Pressure | Thickness (mm) | Surface Finish |
|---|---|---|---|---|---|
| Titanium Grade 2 Standard | 1.0 - 5.0 μm | 450°C | 10 MPa | 2.0 mm | Sintered Matte |
| Titanium Grade 5 Alloy | 0.5 - 2.0 μm | 600°C | 25 MPa | 1.5 mm | High Polish |
| High-Permeability Ti-Plate | 10 - 50 μm | 400°C | 5 MPa | 5.0 mm | Coarse Sintered |
| Corrosion-Shield Ti-Series | 2.0 - 8.0 μm | 350°C | 15 MPa | 3.0 mm | Acid-Resistant |
| Ultra-Fine Micro-Filter | 0.1 - 0.8 μm | 300°C | 8 MPa | 1.0 mm | Precision Lapped |
| Heavy-Duty Industrial Plate | 50 - 100 μm | 500°C | 30 MPa | 10.0 mm | Reinforced |
| Catalytic Support Ti-Plate | 5.0 - 15 μm | 700°C | 2 MPa | 4.0 mm | Coated |
| Custom Environmental Spec | Variable | Variable | Variable | Variable | Custom |
Implemented 500+ titanium filter plates in acid recovery units, increasing component lifespan by 300%.
Deployed high-permeability sintered plates for heavy metal filtration in urban wastewater plants.
Utilized ultra-fine 0.5μm titanium plates for sterile filtration of high-value bio-catalysts.
Designed high-temperature sintered plates for particulate capture in jet engine test cells.
Engineered heavy-duty titanium plates to handle abrasive slurry filtration in gold mining.
Installed large-scale sintered titanium plates for SOx removal in coal-fired power plants.
Removing suspended solids and toxic ions from industrial effluent using high-durability plates.
Filtering hazardous particles from industrial exhaust gases in high-temperature zones.
High-pressure filtration for hydrocarbon streams to ensure product purity and safety.
Ultra-pure titanium surfaces prevent contamination in sterile drug manufacturing.
Non-reactive titanium filtration for high-acidity beverages and food processing.
Filtering precious metal precipitates from caustic leaching solutions.
All plates are manufactured using certified ASTM titanium grades to guarantee chemical purity and structural integrity.
Our production process follows strict international quality management systems for zero-defect manufacturing.
Every batch undergoes rigorous pressure-drop and bubble point tests to verify precise pore size distribution.
Our titanium sintered filter plate offers unmatched corrosion resistance in acid environments and exceptional thermal stability compared to stainless steel.
Yes, they are designed for back-flushing and chemical cleaning, ensuring a long service life and reducing operational waste.
We offer a wide spectrum from ultra-fine 0.1μm for pharmaceutical use up to 100μm for coarse industrial filtration.
Yes, we provide custom CNC cutting and sintering to match your specific equipment dimensions and housing requirements.
We use the Bubble Point Method and Air Permeability testing to ensure every plate meets the specified filtration rating.
Standard samples are delivered within 7 days, while bulk custom orders typically take 3-5 weeks depending on complexity.
Contact our engineering team today to design the perfect titanium sintered filter plate for your environmental protection equipment.
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