Hard chrome plating can restore a worn component, but getting that part back to print often requires grinding at more than one stage of the job. The condition of the incoming surface affects how much material needs to be removed, while the required chrome buildup...
Planning for masking in metal finishing begins with the engineering drawing. Engineering drawings identify the areas that receive the coating as well as the features that must remain unchanged. The coating type, required deposit thickness, part geometry, and critical dimensions all influence how the part...
Metal finishing takes precision, patience, and careful preparation. The work done before coating or plating has a direct impact on durability, appearance, and long-term performance. In fact, most adhesion failures come down to poor surface preparation. Coatings fail because of issues like contaminated surfaces and oxidation...
Hydrogen embrittlement failures can show up as stress cracking, reduced load capacity, or corrosion. But it rarely happens because of one obvious mistake. In most cases, failure happens because of a series of small issues with surface prep, plating, and post-treatment. Preventing hydrogen embrittlement takes careful...
Coating thickness requirements are not just values pulled from a specification. They define how much material is actually there to protect the surface and whether that protection is applied consistently. And for aerospace and defense components, consistency matters even more. Variances can show up in inspection...
Coatings are more than just a finishing step. They protect metal components from corrosion, heat, and wear in unforgiving environments. Even a small coating issue can turn into a major problem. Performance drops. Parts wear out sooner than expected. In some cases, safety is compromised....
In aerospace manufacturing, small mistakes mean big problems. A slight variation in a process can cause performance issues, mechanical failure, or expensive rework. That is exactly why standards like NADCAP are treated as a requirement for metal finishing, not a preference. NADCAP standards set clear expectations...
If you choose the wrong nickel plating process, you won’t always know right away. Everything might seem fine at first. But then wear starts to show up sooner than it should, or corrosion takes hold in places it shouldn’t. And by that point, you’ll have...
Even though phosphate coatings are very thin, they are strong enough to reduce wear on pistons, gears, and other moving parts. But not only do they provide wear resistance as well as corrosion resistance, but they also offer better lubricant retention and better adhesion for...
Industrial equipment is designed to perform under pressure—but exposure to harsh environments, heavy use, and constant friction can quickly wear down even the toughest machines. Over time, these conditions lead to corrosion, surface degradation, and part failure, all of which drive up maintenance costs. Luckily,...