Dr. Wade A. Jensen explores the concept of temper designations and their impact on the properties of metals. Deringer-Ney, a manufacturer of precious metal alloys, uses temper designations to describe the condition of the material and its resulting microstructure and properties.
Understanding Slip Rings A slip ring assembly is a device that transfers electrical power and/or signals from a stationary structure
Did you know that semiconductor testing represents approximately 20-25% of chip manufacturing cost? To help remedy this, manufacturers are constantly
If something costs more, it’s better, right? It’s a simple rule we’ve all learned – higher price equals higher quality.
ASTM B541 is the specification that governs Deringer-Ney’s Neyoro G – a unique gold electrical contact alloy with a century-long
It’s generally understood that cold heading is an effective way to produce strong metal parts. This leads to a great
Manufacturers are constantly looking to reduce or maintain production costs without sacrificing quality. This leads them to examine all options,
In today’s highly competitive market, manufacturers are constantly seeking ways to reduce costs without compromising quality. One effective approach that
Finite Element Analysis (FEA) is a powerful tool used to simulate and analyze the behavior of an object. With electrical
Dr. Wade A. Jensen explores the concept of temper designations and their impact on the properties of metals. Deringer-Ney, a manufacturer of precious metal alloys, uses temper designations to describe the condition of the material and its resulting microstructure and properties.
This article explains switch bounce, a phenomenon where switch contacts momentarily separate after closing due to their own rebound. This bouncing creates electrical arcs that erode the contacts and shorten their lifespan.
Deringer-Ney’s design engineers leveraged Finite Element Analysis (FEA) to optimize a bi-metallic wiper with a precious metal contact surface and a non-precious metal body. This approach offered the combined benefits of high electrical performance and cost efficiency.
Issue 049, January 31, 2024 Wade A. Jensen, Ph.D., Senior Research Metallurgist Noble metals make excellent electrical contacts, due to
This article explores the effects of alloying and microstructural factors on electrical conductivity in metals, detailing the role of thermal scattering, alloy scattering, and interface scattering in influencing conductivity levels. By understanding these factors, high-performance alloys can be designed with the desired hardness and conductivity properties to suit specific applications. Deringer-Ney offers a range of noble alloys with customizable properties to cater to specific client needs, enabling them to develop high-quality products tailored for their application requirements.
The Hume-Rothery rules are a set of guidelines that help predict the solubility and behavior of alloy systems. The rules state that solvent and solute atoms should have similar atomic radii, similar crystal structures, and comparable valencies for maximum solubility. Additionally, the electronegativity difference should approach zero for greater solubility. These rules help engineers design innovative alloys for various applications.
Issue 049, Jan 11, 2023 Grant Justice, Sr. Research Metallurgist The increasing utilization of high-power DC circuits in electric vehicles, solar
