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The Science Of Precision Coatings
Addressing Erosive Metal Failure

Addressing Erosive Metal Failure

Under certain conditions, unprotected metal erodes. That is a fact. However, for companies that design, manufacture, or use metal parts, tools, devices, or equipment, there are two ways to deal with that fact. The first is to see the gradual deterioration of metal...
Diagnosing Erosive vs. Corrosive Metal Failure

Diagnosing Erosive vs. Corrosive Metal Failure

For the designers, manufacturers, purchasers, and users of metal parts, tools, devices, and equipment, it is crucial to understand the forces that are continually at work trying to break them down. Two of those common forces are erosion and corrosion. The similarity...
How Chromium Coatings Reduce Friction

How Chromium Coatings Reduce Friction

Chromium coatings are proven to protect metal tools, instruments, and machines. They do this by counteracting the four primary forces that can lead to metal failure: corrosion, contact fatigue, erosion, and abrasion.  With abrasion and mechanical wear...
How Is Metal Damage Hurting Your Business?

How Is Metal Damage Hurting Your Business?

Metal damage and metal failure have been factors in how effectively and profitably businesses operate as long as metal tools and equipment have been used. In fact, it is such a “fact of life” in many industries that companies—especially those that have been in...
ASTM Testing Process: What Armoloy Tests and Why

ASTM Testing Process: What Armoloy Tests and Why

Among the many tests Armoloy conducts on its advanced coatings are a variety of assessments to confirm compliance with ASTM standards. Formed in 1898, and formerly known as the American Society for Testing and Materials, ASTM is an international organization that...