Sintered Porous Metal Filters For Filtration Devices is made of the industrial high purity titanium powder (99.4%) as the raw material, after screening, cold and other static pressure moldings, high temperature, and high vacuum sintering. It is widely used in the liquid and solid separation of food and beverage, pharmaceutical, chemical, and other industries, especially charcoal filtration is suitable for infusion injection production lines in the pharmaceutical industry. Using stainless steel 304L, and 316L materials as the shell, the internal filter element is a titanium filter element, with high-temperature resistance, high pressure, strong acid, and strong alkali corrosion, the filter element can be recycled repeatedly.

Features

Consistent Structure, Narrow Aperture Distribution, and Effective Separation
Enhanced Porosity, Reduced Filtration Resistance, and Minimal Penetration
Exceptional High-Temperature Resistance for Reliable Usage up to 280 Degrees
Optimal Chemical Stability, Resistant to Acid, Alkali, and Oxidation
Particle-Free and Uncompromised Purity, Compliant with Food Hygiene and Pharmaceutical GMP Standards
Robust Mechanical Performance, Convenient Pressure Filtration with Easy Operation
Lower Pressure Differential, Compact Footprint, and High Flow Capacity
Powerful Antimicrobial Properties without Interacting with Microorganisms
Efficient Molding Process, Seamless Construction up to 1000 mm Length
Convenient Online Regeneration, Easy Cleaning, and Extended Service Life (Often Exceeds that of Membrane Filter Elements)

Sintered SS 316L Powder Filter Element

Sintered SS 304 Powder Filter Element

Application for filtration equipment

Liquid Filters: Sintered Porous Metal Filters serve as highly efficient filter elements for liquid filtration, effectively removing solid particles such as suspended solids, impurities, and microorganisms from liquids. Their high porosity and precise aperture distribution enable the capture of fine particles while maintaining low filtration resistance and permeability.
Gas Filters: Sintered Porous Metal Filters are designed for gas filtration, reliably eliminating tiny particles, dust, and contaminants from air or gases. Their uniform structure and narrow aperture distribution facilitate the efficient capture of micro-particles while ensuring low filtration resistance, thus enabling optimal gas filtration.
Steam Filters: With exceptional heat resistance and excellent chemical stability, Sintered Porous Metal Filters are ideal for steam filtration applications. They efficiently remove solid particles and impurities from steam, ensuring consistent filtration performance and maintaining the purity and quality of steam.

Application02

Food and Pharmaceutical Industry Filters: Sintered Porous Metal Filters comply with the stringent requirements of food hygiene and pharmaceutical GMP standards, making them an ideal choice for filters in the food and pharmaceutical industries. These filters effectively remove microorganisms, particles, and contaminants from food or drugs, guaranteeing the ultimate purity and safety of the end products.
Wastewater Treatment: Sintered Porous Metal Filters find extensive applications in wastewater treatment equipment, efficiently removing suspended solids, particles, and pollutants from wastewater. Their high porosity and fine aperture distribution enable the effective capture of solid particles and suspended matter, thereby enhancing wastewater treatment efficiency and improving water quality.
Pressure Filters: Sintered Porous Metal Filters are widely utilized in pressure filtration systems, enabling effective solid-liquid separation. Their superior mechanical performance and pressure resistance make them capable of withstanding high-pressure filtration operations. By utilizing these filters as the filter elements, the extraction and replacement process becomes seamless, simplifying the overall operational workflow.
Chemical Treatment: With excellent chemical stability and corrosion resistance, Sintered Porous Metal Filters are widely employed in chemical treatment equipment. They efficiently remove solid particles, impurities, and contaminants from chemicals, ensuring the utmost purity and efficiency in the treatment process.

Oil and Gas Industry: Sintered Porous Metal Filters play a vital role in filtration equipment within the oil and gas industry. They effectively remove impurities, suspended solids, and solid particles from oil and gas, ensuring the desired purity and reliability of the fuel.
Environmental Protection: Sintered Porous Metal Filters are essential components in environmental protection equipment. They contribute to controlling particulate emissions in air pollution and effectively remove fine particles and pollutants from industrial exhaust gases, thus minimizing the environmental impact.
Medical Equipment: The application of Sintered Porous Metal Filters in medical equipment is highly significant. They are utilized in medical waste treatment, drug preparation, and laboratory filtration, ensuring the utmost safety and hygiene in medical processes.

Application