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Sintered Metal Product List and Ranking from 4 Manufacturers, Suppliers and Companies

Sintered Metal Product List

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Sintered metal

Sintered metal

Sintered metal

It is a powder metallurgy product made by compacting metal powder and heating it in a furnace to bond the metal powders together. 1. The raw material powders can be selected based on applications, including copper-based, iron-based, iron-copper-based, aluminum, and stainless steel. 2. When oil is impregnated into the porous sintered material, it becomes a self-lubricating sliding bearing. 3. Continuous powder compaction molding can be performed for gears, couplings, sprockets, etc., eliminating the need for cutting processes, which can lead to cost advantages. It is possible to mass-produce small precision gears with an outer diameter of 3. 4. Production and supply in China are also possible.

  • Other machine elements
  • Steel

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Titanium (Ti) porous (low-density) sintered metal

Titanium (Ti) porous (low-density) sintered metal

If you are looking for sintered metals that are strong and adaptable to various environments such as seawater resistance, corrosion resistance, heat resistance, and impact resistance, consider titanium (Ti) sintered metals!

The strongest sintered metal has been completed!! Yes, it's titanium (Ti), which is highly regarded as the strongest among pure metals. Titanium is a well-known high-performance material, and its range of applications is limitless, including the aerospace industry, automotive industry, and industrial components; it is now a "hot" material. However, precisely because it is a "hot" material, it could not be subjected to sintering treatment.

  • Non-ferrous metals

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Porous sintered metal made of stainless steel (SUS304)

Porous sintered metal made of stainless steel (SUS304)

Industry first!! Sintered metal made of stainless steel (SUS304 spherical powder)

The sintered metal using SUS304 spherical powder has been completed!! It has a more stable density compared to sintered bodies made from irregular powder, and since there is almost no difference in the shape of the material itself, it can demonstrate stable filtration capabilities. Like our conventional sintered metals, welding is of course possible, but simultaneous sintering is also an option. If you are currently using filters made from SUS irregular powder and often find dissatisfaction with the filter precision, we encourage you to give this a try.

  • Gas Filters
  • Other filters
  • stainless

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Complex-shaped porous sintered metal with comprehensive venting holes.

Complex-shaped porous sintered metal with comprehensive venting holes.

Three-dimensional porous sintered metal with interconnected pores throughout.

Typically, when trying to create complex (three-dimensional) shapes, secondary processing (such as machining or wire cutting) is common, but this can lead to clogging (reduction) of the pores, which are a characteristic of porous materials. At Sintering.com, we also attempt to create complex (three-dimensional) shapes without secondary processing. The performance of porous materials greatly depends on the manufacturing process. In many cases, factors such as particle size, pore diameter, density, porosity, and dimensional shape alone are not sufficient to fully realize the performance of porous materials. There are various methods for producing porous materials, and it is essential to choose the appropriate manufacturing process for each specific application.

  • stainless
  • Gas Filters
  • Solid-liquid separation filter

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Sintered metal - (powder metallurgy)

Sintered metal - (powder metallurgy)

Powder metallurgy, micro oil bearings, sintered parts, mechanical parts.

Sintered metal is obtained by sintering a compressed powder body, which is formed into the desired shape using a mold, where the melted powder fuses together. Various post-processing steps are carried out from the sintered body to the final product. [Material Compatibility] Bronze, iron, alloys, stainless steel

  • Metal bearings
  • wheel
  • Contract manufacturing

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Custom sintered metal manufactured by Mott Corporation, USA.

Custom sintered metal manufactured by Mott Corporation, USA.

We provide sintered metal products tailored to your needs.

We accept introductions from a wide range of series standard products and custom manufacturing requests.

  • Other semiconductor manufacturing equipment

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Aluminum (Al) porous (low density) sintered metal

Aluminum (Al) porous (low density) sintered metal

For improvements in lightweight design, thermal conductivity, and electrical conductivity, aluminum (Al) porous (low-density) sintered metal is recommended.

Aluminum (Al) itself is lightweight and has excellent thermal conductivity and electrical conductivity, but by making it a porous (low-density) body, we can increase the surface area and enhance heat dissipation and heat absorption effects. While aluminum-based sponge-like foamed metals are commonly seen, our company's sintered metal with all open pores is unparalleled. By using aluminum-based porous (low-density) materials, we believe we can enhance heat dissipation and absorption effects while achieving weight reduction, thus differentiating ourselves from other companies. The feasibility of manufacturing depends on conditions such as shape, size, and filtration diameter. We can also join aluminum plates with dissimilar metals. Please feel free to contact us with any inquiries.

  • Non-ferrous metals
  • fan
  • Heat exchanger

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Thinnest (thickness 0.5mm)!! Stainless steel porous sintered metal

Thinnest (thickness 0.5mm)!! Stainless steel porous sintered metal

The thickness has been reduced to 0.5mm through machining, and surface grinding is also possible. Since it is machined, the dimensional accuracy is much higher than that achieved by manufacturing with molds.

We have made porous (sintered) metal as thin as possible. In the porous (sintered) metal industry, machining has been considered taboo because it causes clogging and prevents the material from functioning as a filter. However, manufacturing with molds has been extremely difficult, and we felt the limitations of porous (sintered) metal. With this technology, the walls of the porous (sintered) metal have been removed, allowing for the production of shapes that were impossible with molds.

  • Other metal materials
  • Fuel Cells
  • Power storage device

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Microbubble generation nozzle / fine pore method / transparent bubbles / sintered metal

Microbubble generation nozzle / fine pore method / transparent bubbles / sintered metal

Microbubble generation nozzle using a fine pore method with a sintered metal filter element to generate transparent microbubbles.

We have developed an element with finer pores than sintered metals used in filter applications, utilizing the manufacturing technology of sintered metal filter elements. As a result, it has become possible to generate bubbles so fine that they cannot be seen with the naked eye. Since they cannot be confirmed visually, we believe they are microbubbles, but we cannot guarantee this as we have not measured them. The generation method is based on fine pore technology, and the generated fine bubbles (microbubbles) are transparent. Since it is not a pressurized method, there is no cloudiness.

  • Ozone Generator
  • Separation device
  • Other physicochemical equipment

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