Porous titanium plate made of titanium foam micron-grade filter material

  【Porous titanium plate】 is one of the important characteristics of powder metallurgy materials. Utilizing this feature, it can:

(1) Manufacture sweat materials. That is, by impregnating the pores of ordinary powder metallurgy materials with low-melting-point substances, the impregnated material melts and exudes during high-temperature operation, causing the material to "sweat" and dissipate heat. This allows ordinary materials to replace expensive heat-resistant alloys and further increases the operating temperature of heat-resistant components.

(2) Produce filtering materials for filtering gases, liquids, and toxins, among others.

(3) Impregnate with anti-wear agents to manufacture oil-containing and oil-free lubricating bearings; impregnate with fragrances to create scented crafts, etc.

(4) In some cases, use iron to replace non-ferrous metals such as copper and lead.

(5) Manufacture materials for vibration damping, sound absorption, thermal insulation, etc.

(6) Shenzhen customers use it to increase the specific surface area of materials, serving as carriers for substances (such as carrying catalysts, etc.).

　【Metal sintered plate】 features:

  ① Controllable pore size and porosity;

  ② Excellent permeability, and it can be regenerated after use, resulting in a long service life;

  ③ Thermal and electrical conductivity;

  ④ Resistance to high and low temperatures, and thermal shock;

  ⑤ Resistance to media corrosion;

  ⑥ Large specific surface area;

  ⑦ Weldability and processability, etc. Therefore, its overall performance is superior to traditional filtering materials such as paper, cotton and chemical fiber textiles, ceramics, glass, and metal wire mesh. In modern technology, porous materials are increasingly playing an important role,    

    Mainly used in the following areas:

　　① Gas and liquid filtration

　　② Recovery of solid catalysts

　　③ Purification and filtration of high-temperature combustion gases

　　④ Gas sampling

　　⑤ Flame retardancy and explosion prevention

　　⑥ Noise reduction and sound absorption

　　⑦ Fluidization

　　⑧ Aeration

　　⑨ Gas damping

　　⑩ Flow limiting and stabilization (throttling)