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 prudent and profoundly utilitarian. Their assembling technique comprises of briquetting the metal powder blends to the best possible thickness. In this manner, they are sintered […]
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 because they are extremely cost-effective, versatile, fast-paced and precise which ultimately results in high-production rates wherever they’re used. Know more about sintered porous metal bearings […]
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 with the help of thermal treatment, which is also crucial for processing ceramic and powder metallurgical. Unlike other processes, this specific technology does not involve […]
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 process means you can specify particle extraction from 10 to 50 microns. Powder metal filters can generally be cleaned simply by backwashing or ultrasonic cleaning. […]
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 size and its distribution, particle shape, particle porosity and particle microstructure. The secondary properties or characteristics are specific surface, apparent density, tap density, flow rate, […]