The 30μm Porous Metallic Filter Cartridge with DOE interface is specifically designed using high-purity titanium metal powder with a purity level exceeding 99.6%. Through the process of sintering, the titanium powder is consolidated to create a robust and fixed pore structure. This configuration enables the filter cartridge to withstand extreme temperatures, high pressures, and repeated cleaning or backwash cycles effectively. Moreover, the absence of longitudinal seams enhances mechanical strength and corrosion resistance.

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The sintered titanium filter cartridge is available in a range of configurations, including the DOE interface, and offers various micron ratings to cater to diverse liquid and gas filtration applications. Its broad chemical compatibility makes it suitable for use in industries such as food and beverage, pharmaceuticals, and chemicals. This filter cartridge is particularly well-suited for decarbonizing filtration processes.

Products Parameters

Material	pure titanium powder
Pore size	30um,1um
Size	φ60*500mm
End cap	DOE
Construction method	Welded (no adhesives)

Products Features

Efficient Filtration

It ensures uniform pore distribution, trapping particles and impurities. The 30μm pore size captures particles of that size or larger.

High Flow Rates

Interconnected pores create channels, promoting excellent flow dynamics and minimizing restrictions and pressure drops.

30um Porous Metallic Filter Cartridge With DOE 8

Long Service Life

The structure provides durability and stability, enabling repeated cleaning and withstanding high pressures, temperatures, and mechanical stresses.

30um Porous Metallic Filter Cartridge With DOE 3

Enhanced Particle Retention

The pores act as barriers, effectively trapping particles and contaminants, improving filtration efficiency and fluid/gas quality.

Products Applications

1. Corrosive liquids and gases
2. Cryogenic fluids
3. High viscosity solutions
4. Process steam
5. High-temperature liquids and gases
6. Catalyst recovery
7. Decarbonizing filtration
8. solvent filtration