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Sintered Metal Parts Manufacturers and Companies

IQS Directory provides an extensive list of sintered metal part manufacturers and suppliers. Utilize our website to review and source sintered metal part manufactures with our easy-to-use features which allow you to locate sintered metal part companies that will design, engineer, and manufacture sintered metal parts for your exact specifications. Our request for quote forms make it easy to connect with leading sintered metal part manufacturers. View company profiles, website links, locations, phone number, product videos, customer reviews, product specific news articles and other production information. We are a leading manufacturer directory who will connect you with the right manufacturers whether you are looking for sintered steel, sintered metal products, or powdered metal sintered parts.

Industry Information
  • Hayward, CA

    At Perry Tool and Research, we make the sintered metal parts at up to 2,400 degrees Fahrenheit. You can count on our products to withstand the tests of time in order to provide lasting value. Some of the parts we manufacture include bearings, gears, cams, lavers, brackets, fasteners, as well as a broad variety of others. Our quality assurance system is designed to ensure your parts will be fabricated with zero percent defects.

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  • St. Marys, PA

    Comtec’s promise to our customers is to provide quality sintered parts, grow through teamwork, and continuously improve with every challenge we take on. We value creativity and commitment to set us apart from our competitors, and we make it a point to work with you from start to finish. For a complete list of what we do, the products we offer, and our capabilities, visit our website today!

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  • Glendale Heights, IL

    State-of-the-art sintering is one of our defining services here at Webster-Hoff. The capabilities of our cutting-edge sintering equipment include high temperature sintering of up to 2400F, sinter hardening with accelerated cooling, and meticulous atmosphere and temperature control. A complete list of materials and material strengths can be found on our website. Let Webster-Hoff help you with your next sintering project. Call us today!

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  • St. Marys, PA

    At Catalus Corporation, our success is measured by the success of our customers. Our team approaches every project with a collaborative mindset, so customers get exactly what they need. We offer a variety of sintered metal parts that require little to no machining, and can be produced from a broad range of metal alloys. We can also customize our parts and combine smaller components into one. Contact Catalus today to get started!

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  • Petaluma, CA

    Pioneer of powder injection molding (PIM), also called metal injection molding (MIM). The best custom metal injection molded parts at minimum cost. Offering tooling, compounding of optimal fine metal powder, molding, debinding, sintering, inspection & secondary processes. PIM has been used in a variety of industries like automotive, medical, firearm, computers and more.

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  • Jamestown, TN

    Micro Metals is capable of the complete design & manufacturing of high-density, high impact products & materials, with complete in-house tooling design, manufacturing and prototyping. Micro Metals offers engineering assistance using Computer Aided Design, 3D solid modeling & Finite Element Analysis, in addition to many more state-of-the-art technologies. For precision sintered metal parts, turn to Micro Metals, Inc.

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  • More Sintered Metal Parts Companies

businessIndustry Information

Sintered Metal

Sintered metal parts are solid metal products made via a powder metallurgy process that features a sintering step, as opposed to a metal injection molding step. In short, sintering presses metal powder into a coherent mass without altering its shape by heating it below its melting point. Sintered metal parts are used in a wide variety of industries, including automotive engineering, military and defense, lawn and garden, food and beverage, computers, electronics and hardware. Examples of sintered metal parts include bearings, bushings, frangible shotgun shells called breaching rounds, steam filters and structural parts, such as wicking structures in heat pipes.

All powder metallurgy processes begin with the creation of metal powder from solid metal stock shapes or bars. This may be achieved a number of different ways, among them centrifugal disintegration, chemical decomposition, grinding and atomization. Most often, manufacturers choose to convert solid metal into powder using atomization. This is because, by separating molten metals into separate particles that then freeze into solid form, this process can effectively process nearly all metals. While powdered, a pure metal may be enhanced with another metal, to make an alloy, or with lubricant additives. Once a metal is turned into powder, it goes on to the forming portion of the process. During this step, the powdered metal is poured either into a mold cavity or a die prefabricated in the shape of the desired part. Once inside, the metal is compacted under large amounts of pressure at room temperature until it becomes a solid shape. Note that exact amount of pressure applied to the metal determines the malleable of the finished piece. After the second step is complete, the metal mass is removed from the mold and placed inside an extremely hot furnace. This part of the process is known officially as sintering. During sintering, the particles of the metal fuse together but do not melt, as the furnace is not heated all the way to the metal’s melting point. The result of sintering is a strong, porous and rigid metal piece.

After a part has been sintered, manufacturers may choose to alter it using secondary processes. One of the most common alterations of sintered metal parts is a change in porosity. This is because the porosity of a part determines both its gas and liquid flow levels. To alter porosity, manufacturers may use a few different sealing techniques, including impregnation with a plastic or oil resin, steam filtration or infiltration with a metal that has a lower melting point. Other secondary processes that sintered parts may have to undergo include those related to heating, sizing, deburring or machining. Bushings and bearings in particular, as well as other parts with very close tolerances, often must go through secondary sizing procedures.

Sintered parts can be created using all sorts of metals, including: aluminum, brass, bronze, copper, nickel, stainless steel and titanium. Furthermore, some metals that have very high melting points cannot realistically be machined unless they are machined. Examples of those metals are: carbon, molybdenum, osmium, rhenium, tantalum and tungsten. In addition metal sintering, there are a few other types of sintering. These include: liquid phase sintering, electric current assisted sintering, electro sinter forging, spark plasma sintering, plastics sintering, pressureless sintering and microwave sintering. On top of the fact that it can nearly universally be applied, there are a number of reasons to create solid metal powder parts through sintering. First, sintering produces very little waste, with approximately 97% of the original material used to create a part ending up in the finished part. This lack of waste is not only good for the environment, but it is also cost-effective, especially during the fabrication of high volumes of metal parts and/or costly metal material parts. Also, the sintering and powder metallurgy processes allow manufacturers to produce parts with relatively close tolerances, even in large quantities. Furthermore, sintered metal parts can be fabricated with high levels of repeatability. In addition, sintered metal parts display high levels of both magnetism and porosity, the latter which naturally dampens sound. Lastly, but most certainly not least of all, sintered parts are durable and, often, cannot be produced using any other method. To find out more about sintered metal parts and how they may serve your application, reach out to an experienced powdered metal part manufacturer. For the best advice, talk to one of those manufacturers listed on this page. All of the companies with which we partner are knowledgeable, reputable and ready to assist you in your endeavors.

Sintered Metal Parts
Sintered Parts
Sintered Metal Parts
Sintered Metal Parts – SMC Powder Metallurgy, Inc.
Sintered Parts – AMKAD Metal Components Inc.
Sintered Metal Parts – TPI Powder Metallurgy, Inc.