Every moment your equipment is unable to do its job, it is costing you money. Common chemical substances such as acids, urea, salt, chlorides, fertilizer, potash, lime, as well as environmental conditions like moisture, water, snow, ice, and UV rays, are the main culprits in the corrosion and deterioration of equipment that lead to high costs from maintenance, malfunction and lost productivity. These factors combined also reduce the overall equipment lifetime.


With the North American construction equipment market expected to generate 39.4 billion dollars of revenue streams by 2015 (up from 25.8 billion in 2011), it’s more important than ever for the heavy-construction industry to protect its equipment and keep it running to meet (or exceed!) the forecasted revenues
(Source: Statista.com of Dow Jones).

Today’s heavy-construction machines are equipped with sensitive electrical and mechanical components. And while it’s easy to see how the appearance on a machine’s exterior is degrading, peeling or oxidizing, to prevent extremely accelerated wear and premature equipment replacements costs, it’s critical to give attention to the effects highly corrosive agents can have on the machine’s internal connections, engine compartment and undercarriage.

It can be a difficult undertaking to control, prevent and mitigate common corrosive agents from disabling and destroying equipment. And while machines all have different jobs and operate in diverse environments, a protective coating will help shield every single one from harmful corrosive environments that cause equipment decay and breakdown, which leads to increased downtime, lost revenue and shorter machine life. Waxes and polishes can prevent some corrosion, but they are not designed to cover every part of a machine (specifically internal) and they require regular polishing and buffing; time that mission critical equipment could be spending in the field.

The cost to coat a machine can provide a substantial return on investment. The coating materials and application are typically less than one percent of the machine cost, and new machine owners are able to capitalize the cost of coating. A properly prepared and applied coating can provide many years of protection, generating significant cost savings in equipment maintenance and downtime.

In terms of materials, a polymeric resin coating provides substantial benefits. It is clear, ultra-thin and can be applied on ferrous and non-ferrous metals, galvanized, anodized and powder coated surfaces, and painted surfaces. Specially blended polymeric resin coatings are designed to withstand extreme temperatures, typically ranging from 350 degrees F to below zero degrees F, and perform at film thicknesses as low as 5 microns. These coatings do not yellow, crack, peel or flake when properly applied, and they are easy to clean and maintain. There should be no need for harsh chemical cleaners.

Polymeric resin coatings also provide a surface that is easy to touch-up and repair in the field as areas of the coating may become damaged over time. All owners and operators have to do is wipe down the affected area, dry it and spot apply the protective coating to reseal the area. Additionally, if any internal electrical connections need to be repaired or changed out, all that needs to be done is cleaning off the area and recoating.

By applying a specially blended polymeric resin coating, equipment owners and operators can significantly reduce corrosion risk, and keep their machines in service for longer periods of time. The cost-effective protective coating reduces equipment maintenance, malfunction and failures, and increases a highly valuable machine’s lifetime and overall productivity.

Bottom line: by protecting your equipment today, you’ll be able to make and keep more money tomorrow.

 


Author Skip Hawkins is the president of Nyalic®, a company that protects equipment nationwide against corrosion, paint oxidation and staining by sealing surfaces and preventing chemical and environmental corrosive agents from reaching the surface. Nyalic® is a proprietary clear, ultra-thin polymeric resin coating that was originally developed for the Apollo Space Program specifically to protect critical components from harsh environments, and is an ideal surface protectant from chemical and environmental corrosive conditions.



Protecting your equipment today means you’ll be able to make and keep more money tomorrow.