Powder Metallurgy Standards: ISO, MPIF and ASTM Explained
How ISO 5755, MPIF 35 and ASTM B783 set standards for sintered parts and MIM, and where powder metallurgy beats CNC – from gears to drone motors.
Powder Metallurgy Articles
The sintering process successfully replaces stamping, cutting, casting and other types of machining. In some cases, powder metallurgy production competes with them or complements them.
In the world of modern manufacturing, powder metallurgy has emerged as a game changer. This innovative sintering process has not only successfully replaced traditional machining techniques such as stamping, cutting and casting, but has also opened up new horizons for manufacturing.
Today, the field of powder metallurgy competes with, and often complements, conventional manufacturing methods. In this series of articles, we take a deep dive into the transformative world of powder metallurgy, revealing its diverse applications, cost efficiencies, and environmental benefits.
Posts
Tungsten Carbide Grade Selection: Cobalt, Grain Size & ISO K-Class
How to select the right WC-Co hardmetal grade by cobalt content, grain size and ISO 513 K-class. Application scenarios, property tables and verification methods.
Custom Tungsten Carbide Bushings — WC/Co, ISO K30
Eurobalt manufactured a batch of custom tungsten carbide bushings (WC 92% / Co 8%, ISO K30): trial pressing, sintering, precision grinding, and inspection.
MIM Technology in Medical Device Manufacturing
Metal Injection Molding for surgical instruments, orthopedic implants, and dental components — materials, cost advantages, and regulatory standards.
Precision Gear Manufacturing Through Powder Metallurgy
Eurobalt specializes in precision powder metallurgy components for various industries. With state-of-the-art manufacturing facilities and decades of experience, we deliver quality parts that meet the most demanding specifications.
MIM Technology in Lock Component Manufacturing
Metal Injection Molding (MIM) technology gives lock manufacturers a competitive advantage
Manufacture of rotors and shafts by powder metallurgy technology
Eurobalt Production Success
Series of rotors and shafts manufactured using powder metallurgy
Eurobalt has successfully completed the delivery of a pilot-industrial batch of rotors and shafts for a major European manufacturer of special equipment. The key to success was powder metallurgy (PM) with subsequent sintering — a technology that opens new horizons for precision, strength and cost-effectiveness in modern mechanical engineering.
Project result: manufactured over 5,000 parts with quality exceeding customer requirements and 50% reduction in delivery time.
Manufacturing Precision Lightweight Pistons for Motorcycle Shock Absorbers
Precision lightweight pistons for motorcycle shock absorbers, featuring EN AW 6082-T6 aluminum, PTFE sealing, and 20-micron anodized coating.
The Green Revolution in Powder Metallurgy
Discover the green eco-revolution in metal-forming with our in-depth exploration of powder metallurgy’s sustainable prowess.
Sintered Gear
Gears are simple to look at, they are small, they have teeth cutout on the outside or inside of a circular disk.
Tooling Manufacturing for Powder Metallurgy
Tooling done right eases the burden of mass production and since we do everything on our own, it is even easier for us.
MIM Workshop and Pressing Process
At Eurobalt we pride ourselves in running an efficient workshop where the employees are trained and the machines run as they are supposed to.
Machining of sintered parts produced by pressing
When to machine metal parts produced by pressing in powder metallurgy
Sintering technology in production of shock absorbers
Production of the parts from mixed metallic powders is slowly displacing traditional casting and stamping.
Main methods of production of metal powders
How are metal powders performed? How are metal powders produced for industrial application?
How powder metallurgy appeared and developed
Mass production of various products by means of powder metallurgy, performed from metal powder, became actively develop, since…
Sintered Metal Parts Manufacturing
Eurobalt Engineering is a powder metallurgy company. We accept production inquiries for sintered and pressed parts.
Sintered parts for shock absorbers manufacturing
These sintered parts are the key elements of shock absorbers manufacturing, they determine characteristics of shock absorbers, their lifespan and operational stability. That’s why, in order to meet the requirements of this industry, our powder metallurgy production ensures high precision and stability of sizes and characteristics of sintered parts from batch to batch.
Sintered Moulded Parts
The sintered moulded parts, manufactured by Eurobalt Engineering, have high productivity, heat and wear resistance, high-precision dimensions, and a number of other advantages.
Tooling for Powder metallurgy manufacturing
Sintered parts are produced by pressing metal powder. In order to manufacture and provide a timely delivery of high-quality sintered parts at a reasonable price, a high-quality mould is needed.
