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 Machinery breakdowns can be a major expense. Some breakdowns are easily fixed with a spare part but others require hours or days to repair. The one type of damage that is most often overlooked yet easily prevented is environmental damage. UV rays cause degradation of exteriors which lead to corrosion. Dirt and dust cause sensitive components to malfunction. Environmental damage can take a machine out of commission and cause delays in production which increases the financial loss exponentially. In the case of the military, if an asset isn’t mission ready, it could mean a life or death situation. Watch below to learn more.

Shipping, on the surface, seems like a straightforward task. However, it’s a task that comes with complex issues to consider, especially when it comes to fragile or expensive equipment.

As one who served in the military for 30 years in a very maintenance intensive field (Artillery), and as someone who has also been involved in providing protective cover solutions for the military for over a decade, it was very gratifying to review the U.S. Army’s comprehensive business case analysis on the use of equipment covers for Army ground systems.

Operators of CFM-56-3, -3B, and -3C variable stator vane (VSV) bores have until August 2018 to start an inspection process to help detect corrosion. This mandate was recently issued by the federal aviation administration (FAA); now the aviation industry is even more attentive than usual to this enemy of aircraft. As MRO-Network reports:

"Corrosion has been found on the inside of the high-pressure compressor (HPC) case around the VSV bores resulting in binding, sticking, and seizure of the VSVs during engine operation,” CFM Int'l explains in the service bulletin, issued in April 2016 and updated in November, that FAA used to craft its directive. "The VSV system actuation check will aid operators in the early detection of excessive corrosion build-up on the inside of the compressor case and around the VSV bores.”

April showers bring water intrusion and water intrusion results in damaged and malfunctioning equipment. 

It never rains in Southern California, or so we thought until “El Nino” came to town.  This year is proving to be one of the wettest in recent history and not just for California.  Rainfall rates all over the country have been higher than the normal average according to the National Oceanic and Atmospheric Association (NOAA) web site. Above-average precipitation was observed along the West Coast, Midwest, Southern Plains and Lower Mississippi River Valley.  Seven states were much wetter than average.  

Winter has been especially brutal in many states this year.

Ice, snow, and rain combine to produce hazardous winter road conditions. As a Southern California native winter road hazards consist of little more than wet surfaces with the occasional black ice in the coldest of areas.

On a recent excursion to the upper Midwest, I had my first encounter with these winter road conditions. Traveling through Minnesota, Wisconsin, and Illinois, I encountered a mixture of snowy and icy roads covered with salt or some other concoctions spread on the black surfaces of the highway in what must be an effort to temper the treacherous conditions that wreak havoc on motorists.

One of the main ingredients in Transhield’s anti-corrosion protective covers are vapor corrosion inhibitors, or as we like to call them, VCIs. Transhield’s patented VCI technology is a key component for reducing corrosion by up to 85 - 95% as compared to a standard tarp made out of vinyl or canvas. But what exactly are VCIs and how do they work? The short answer is that it’s a combination of physics and chemistry.

It’s no surprise to anyone who has stepped on board a Navy ship that corrosion is a major, never-ending challenge. The Department of the Navy has attacked this $7.2 billion problem head-on with polysiloxane coatings, powder coatings, peel and stick non-skid, and protective covers, to name a few. Today’s blog post focuses on next generation anti-corrosion protective covers and how they protect expensive weapons systems and other deck equipment exposed to the sun and to the ravages of the ocean environment.