Porous Titanium Plate Micron Sintered Filter Filtration is an efficient filter made of titanium metal. This filter utilizes a sintered structure with micron-sized pores, achieved by molding titanium metal powder and subjecting it to high-temperature sintering. The resulting filter is in the form of a porous plate with numerous small pores. The pore size typically ranges from a few microns to tens of microns and can be adjusted according to specific requirements. Porous Titanium Plate Micron Sintered Filter Filtration finds wide application in the filtration and separation of liquids and gases.

excellent high-efficiency filtration performance

1. Microporous structure: Porous Titanium Plate Micron Sintered Filter Filtration uses titanium metal material and forms a structure with a continuous pore network through a sintering process. The size of these micropores can be adjusted according to needs, usually between a few microns and tens of microns. This microporous structure provides a large amount of filtration surface area, enabling the filter element to capture and filter micron-sized particles and solid matter.

2. High Filtration Accuracy: Due to the small pore size of Porous Titanium Plate Micron Sintered Filter Filtration, it is able to achieve high filtration accuracy. The choice of pore size depends on the particle size to be filtered, and fine filtration from submicron to tens of microns can be achieved. This enables the filter element to effectively remove tiny particles, suspended solids and impurities, ensuring the purity of the fluid.

3. High separation efficiency: The microporous structure and high filtration precision of Porous Titanium Plate Micron Sintered Filter Filtration make it have excellent separation efficiency. It can effectively separate solid particles and impurities from the fluid, ensuring the quality and purity of the fluid. This is particularly important in many industrial and scientific fields, such as the pharmaceutical, chemical and electronics industries.

4. High-flux performance: Although Porous Titanium Plate Micron Sintered Filter Filtration has a smaller micropore size, it still provides high-flux performance due to its large number of microns and continuous pore network. This means that the filter element is able to process fluid at a high velocity and maintain a steady flow while maintaining high-efficiency filtration.

Highly customizable

1. Material selection and pore size control: In the production of the Porous Titanium Plate Micron Sintered Filter Filtration, different titanium powder materials can be chosen according to the specific requirements of customers. The particle size of the titanium powder can be adjusted to control the pore size and filtration precision. This allows the product to adapt to a wide range of filtration applications, from coarse filtration to fine filtration.

2. Layering and thickness adjustment: The Porous Titanium Plate Micron Sintered Filter Filtration can be customized by adjusting the number of titanium powder layers based on customer needs. By increasing or decreasing the number of layers, higher filtration efficiency or larger filtration capacity can be achieved. Additionally, adjusting the thickness of the sintered plate can provide higher strength and pressure resistance while meeting the required specifications.

3. Surface treatment and sealing methods: The surface treatment of the Porous Titanium Plate Micron Sintered Filter Filtration can be tailored to specific applications. For instance, polishing, electrochemical polishing, or chemical treatment can be employed to achieve a smoother and easier-to-clean surface. Moreover, suitable sealing methods such as rubber gaskets, O-rings, or metal seals can be selected to ensure the sealing performance of the filtration system.

Application

Porous Titanium Plate Micron Sintered Filter Filtration finds extensive applications in the electronics industry:

1. Gas filtration: It effectively removes suspended particles, oil mists, dust, and contaminants during electronic device manufacturing and assembly processes, ensuring clean and smooth operation.

2. Liquid filtration: It eliminates impurities, particles, colloidal substances, and microorganisms from liquids used in semiconductor manufacturing, electronic component production, circuit board assembly, and LCD manufacturing.

3. Gas/liquid separation: It serves as an efficient separator, effectively separating gases and liquids in applications such as battery systems, electrolyte treatment, and gas sensors.

4. Evaporators and condensers: It acts as a medium in evaporators and condensers, providing efficient heat exchange and cooling in electronic heat dissipation systems, cooling devices, and heat pipes.