Honoring 250 Years of American Innovation Through Nichols Portland’s History
The story of America is one of innovation. For 250 years, inventors, engineers, and manufacturers have transformed ideas …
4 Real-World Sintered Stainless Steel Applications
Powder metallurgy (PM) has long been used to mass-produce durable stainless steel parts with complex shapes – and for go …
Stainless Steel Sintered Metal Design Guide for Engineers
Powder metallurgy is an increasingly popular option in stainless steel manufacturing. It checks three main boxes for eng …
Stainless Steel Powder Metal Parts: A Comprehensive Guide
Want to pack a 1-2-3 punch with stainless steel powder metal component design?
Understanding Sintered Stainless Steel Corrosion Resistance: Key Factors & Benefits
The sintering process is a step where a material is heated almost to the point of liquefaction, leading to the diffusion …
The Benefits of High-Temperature Stainless Steel Sintering
The conventional stainless steel sintering process involves heating a part just below its melting point – typically at t …
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Understanding the Environmental Impact of Additive Manufacturing
Increase efficiency. Raise profits. Become sustainable.
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What Engineers Need to Know About Tolerances and Dimensional Control in Stainless Steel Sintering
Regarding precision components, a part is only as good as its tolerances. In stainless steel sintering, dimensional cont …
Filtration Systems and Porous Stainless Steel: Expanding the Possibilities of Sintered Metal Filters
When it comes to industrial filtration, the materials you choose can make all the difference. In recent years, sintered …
Custom Check Valves 101: Tailored Solutions for Improved System Performance
When it comes to achieving peak system performance, every detail matters—especially in engineering and manufacturing.
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