Blogs
Crucible Alloys 2025 Extreme Heat: Where Materials Are Truly Tested
At DOMADIA™, crucible alloys are not treated as legacy materials. They are engineered solutions—designed to [...]
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Crucible Alloys Performance Based on UNS N07718 Principles for High-Temperature Metallurgy
In furnaces running above 1,200°C, in induction systems holding molten superalloys, and in laboratories [...]
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Rare Earth Magnets vs Ferrite Magnets (UNS R30035): Which One Truly Performs Better?
A motor fails unexpectedly. A sensor loses accuracy. Downtime begins, production stops, and replacement [...]
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Rare Earth Powder Driving the Clean Tech & EV Revolution
The electric vehicle on the road.
The wind turbine on the horizon.
The smartphone in your hand.
Different [...]
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UNS C17200 Beryllium Copper Alloys: A Deep Dive with DOMADIA™
C17200 Beryllium Copper is not the alloy engineers notice first.
It’s the alloy they respect later—after [...]
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Nano Metal Powders : Tiny Particles, Big Manufacturing Potential | DOMADIA™
The first time a production line failed at a high-end electronics plant, the issue wasn’t software, [...]
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Metal Powder Guide: Everything You Need to Know About DOMADIA™ Metal Powders-Types, Properties & Industrial Uses
Metal Powder Guide conversations usually begin only when something goes wrong—poor flow, inconsistent [...]
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Powder Shape Particle Size in Additive Manufacturing: Why Microstructure Starts Before the Laser Fires
Powder shape particle size is often treated as a procurement specification.
In reality, it is the first and [...]
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Top Trends in Metal Powder Manufacturing in 2026 and Beyond
Metal Powder Trends 2026 are no longer “nice-to-have upgrades.” They’re quickly becoming the difference [...]
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Titanium Powder vs Nickel Powder: Choosing the Right Powder for Your Application
Titanium Powder vs Nickel decisions usually look simple—until a batch fails flow checks, a sintered part [...]
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