Why is Bronze a Good Material to Use for Sintering?
Sintering is a heat treatment process that is applied to a compacted part at a temperature lower than the melting point of the base metal. The temperature of the said...
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What are the Secondary Operations in Powder Metallurgy?
One sustainable metal-forming process that is being utilised by industries today is known as powder metallurgy. This specific process is done by heating compacted metal powders below their melting points,...
Principles of Sintering and Sinter Hardening
Sintering and sinter hardening are processes that can transform metal powder into useful components for different uses and industries. Typically, a press with a die that takes the shape of...
An Overview about Sintered Components’ Basic Manufacturing Process
Several industry sectors maximise the features and properties of sintered components. Components that have undergone the sintering process are known to be more durable and possess excellent mechanical characteristics and...
Understanding the Difference between Cast Bronze Bushings and Oil Impregnated Bronze Bushings
One type of bearing that is used by a wide variety of industries today is known as a bushing. Bushings are maximised to reduce friction and wear between two surfaces...
Creating Metal Parts with Powder Metallurgy
A lot of manufacturers and metal fabricators are utilising the capabilities of different fabrication processes and methods in creating metal parts and components. Most of these processes, however, are part...
Differences and Advantages of Powder Metallurgy vs. Die Casting
Manufacturers and other related industries consider numerous factors in choosing the best metal forming process for their metal products or components. They must consider the quality of the product and...
Sintered Aluminium Powder Properties
The properties of alloys that are processed from sintered aluminium power (SAP) are different compared to other materials. The oxide on these alloys’ surface, which forms during sintering, does not...
Properties and Uses of Zinc Metal Powder
Zinc powder is a pale blue dark hued, unadulterated metal powder. It is delivered when cleansed fumes of zinc are consolidated. A portion of its attributes are steady quality, improved...
What are the Advantages of Using Sintered Bronze Bushings?
Sintered bronze bushings play out a fundamental job in numerous applications. The grinding dissolving parts self-grease up, they require little support, and they’re financially evaluated. Presently, we’ve just portrayed the...
What are Porous Metal Bearings?
Porous-metal bearings are utilised broadly in instruments and general apparatus, in which their self-greasing up attributes and burden conveying capacity is entirely alluring. When appropriately structured, they can be both...
An Overview about Sintered Porous Metal Bearings
If you think about it, sintered porous metal bearing is the birth child of the powder-metallurgy technology. They are considered as an advantageous addition to the manufacturing and production industry...
Modern Sintering Technology and Its Effects on Microstructure of Metals
Numerous manufacturing businesses have been utilising sintering technology as a way of fabricating a solid mass of materials and products. Sintering technology involves the process of compacting and forming materials...
A Brief Overview About Sintered Metal Filters and Silencers
Sintered Metal Filters and Silencers have great intrinsic strength, so they can be used with a much wider pressure differential than most other filter materials. The accuracy of the P/M...
An Overview on the Properties and Testing of Metal Powders
The main purpose of powder testing is to ensure that the powder is suitable for subsequent processing. The basic properties or characteristics of powder are chemical composition and purity, particle...
A Quick Review on Powder Injection Moulding
Powder metallurgy is a process where fine powdered materials are pressed into a desired shape or form and then heated or sintered in a controlled atmosphere to form the final...
Advantages of Powder Metallurgy Over Die Casting
To date, there are two popular options in creating metallic parts and materials. One of the options is powder metallurgy. It is a metal-forming technology that uses powders as raw...
The Differences Between Sintering and Melting Powdered Metals
If you are into the industry of metal fabrication, you might know some processes behind it. One kind of metal fabrication is powder metallurgy, which is the production of materials...
Common Powder Metallurgy Parts and Their Markets
Different manufacturers have been producing numerous metal parts and components out of powder metallurgy processes. Powder metallurgy is a technique that involves the compression of elemental metallic powder into the...
Powder Metallurgy Properties: Important Considerations for Parts Design and Development
Many manufacturing companies have resorted to powder metallurgy (PM) as a way to create products out of metal. The steps behind powder metallurgy involve the mixture of elemental or alloy...
Examples of Metal Materials Used in Sintering
There are a lot of ways of creating metal parts without going through the melting process. One of them is sintering which involves the process of compacting and forming a...
Sinter Bonding in Powder Metallurgy: What is it All About?
Powder metallurgy has been playing a huge role in the creation of metallic materials and components. It is a form of technology where powder used for creating metallic or even...
Tooling Do’s and Don’ts in Powder Metallurgy Design Considerations
Considering the detail-oriented nature of this process, how likely is it that such a premium quality fabrication technique could be maintained if the Powder Metallurgy tools used here didn’t have...
Advantages of Vacuum Sintering
Vacuum sintering adds atmosphere-less processing to a powder metallurgy equipment line. Basically, there’s a pump to remove air from the sintering chamber. Outgassing binders are next. They’re removed from the...