The titanium powder sintered porous filter cup is manufactured using advanced powder metallurgy cold isostatic pressing technology. The core manufacturing process begins with the strict screening of high-purity Gr1 titanium metal powder, ensuring the uniformity of the final product's pore structure through precise control of particle size ratios.

Utilizing cold isostatic pressing technology, the metal powder undergoes isotropic high-pressure compression in a flexible mold. Subsequent precise sintering in a high-temperature vacuum furnace allows powder particles to form metallurgical bonds through diffusion while retaining the desired pore structure design. This combination of processes enables the product to achieve precise pore size control and excellent mechanical strength simultaneously.

Products Specifications

Material	Gr1 titanium
Filtration grade/Pore size	10um
Diameter	22mm
Height	15mm
Technique	Sintering

Products Features

Material Stability and Corrosion Resistance
Based on the inherent properties of pure titanium, this product demonstrates excellent chemical stability. The dense oxide film naturally formed on titanium metal surfaces provides outstanding corrosion resistance in oxidizing and weakly reducing environments, making it particularly suitable for handling fluids containing corrosive components such as chlorides and organic acids.

Optimized Fluid Dynamics Performance
The internal three-dimensional interconnected pore structure of the product is designed for fluid dynamics optimization, balancing high flow rates with high retention efficiency. The unique pore gradient distribution effectively traps larger particle contaminants on the surface while capturing finer particles in deep filtration. The uniform pore structure ensures balanced pressure distribution during fluid passage, preventing particle breakthrough due to locally high flow velocities.

Mechanical Strength and Thermal Stability
Through precise control of the sintering process, the product maintains sufficient mechanical strength to withstand mechanical stresses under operating pressure and impacts from periodic backwashing. The high melting point characteristic of titanium material allows the filter cup to maintain performance stability over a wide temperature range, avoiding common thermal deformation or degradation issues seen in polymer filter materials.

Precise Controllable Pore Structure Characteristics
Advanced powder metallurgy processes enable precise control of the pore structure. Using multi-level titanium metal powder particle size ratios as raw materials in conjunction with cold isostatic pressing technology allows for precise control of pore morphology, size, and distribution. This controllable pore structure ensures precise filtration accuracy and optimizes fluid channel design, providing the product with high retention rates and low pressure drop characteristics.