Search Results

Bayer’s UV-A curable coatings provide rapid cure rate, high performance

Question: I have just started my enterprise and couldn’t find any information on anodizing using a high start-up amperage versus a more slow and even increase of amperage within the first seconds of having the load in the tank.

Available since the late 1950s, traditional vibratory bowl processing has advanced in recent years from being a generic deburring tool to being able to achieve high-quality, isotropic superfinishes on critical, dimensionally-challenged workpieces. This paper is a peer-reviewed and edited version of a presentation delivered at NASF SUR/FIN 2013 in Rosemont, Ill., on June 11, 2013.

When Cummins began designing its new operations at its Indiana plant, the company made the decision to not skip over the small details, which included making sure that its parts cleaning and deburring were just as sophisticated as its machining operations.

Is there a way to lower the pH of this highly alkaline wastestream without generating the NO2 ?

Question: Recently we learned that our plant effluent is well above the city standards for oil and mercury.

Choosing an Aqueous Parts Washing System: As machining technology has advanced, expectations for product quality have increased as well. But better finishes and tighter tolerances are not the only goals. The need for meeting more stringent cleaning standards has gained the attention of many shops.

A metal finishing consultant looks at the present state of affairs in a dynamic, constantly changing and increasingly controversial area - pollution control in the plating industry. The social, political, economic and technological aspects of the problem are all considered.

Will it be business as usual or are major changes in store for the aerospace industry as feds look at 40 CFR Part 63 Subpart GG, commonly referred to as the Aerospace National Emission Standard for Hazardous Air Pollutants, or NESHAP.

Foremost in the understanding of vibratory bowl loading efficiency is a basic understanding of theoretical versus actual working capacity of the machine.