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Showing posts from January, 2020

What You Can Expect From The Marine Battery Cables and Terminals From EWCS Wire

The ocean and marine environments, in general, are some of the most unforgiving, reactive, corrosive, and generally dangerous environments out there. The ocean was volatile and unforgiving enough long before steel hulls and copper electrical wiring in the days of wood, sail, and storms. Though some hazards remain, many new ones have arisen. That’s why it is of the utmost importance to take the proper care to invest in the highest quality materials available when working on marine wiring to ensure not only the success of an endeavor but to ensure safety for those in that environment and onboard and vessels. Salt air, water and changing levels of humidity and temperature will make impressively short work of copper wiring and any exposed steel. It’s simply an environment that changes rapidly and dispatches obstacles with startling facility. Marine Battery Cables And Terminals are up against quite a laundry list of demands even when in peaceful seas. Even when perfectly prepared

High-Quality Welding Cable From EWCS

When you’re welding having reliable cables is essential. Because your cables will transfer current from your welding machine to the welding electrode, it has to be able to make tougher than the average cable. Here at EWCS, we manufacture high-quality Welding Cables that can stand up to the abuse of shop work and continue to reliably transfer current. We offer a wide range of cables so you can always find the perfect option for your needs. At Electric Cable and Wire Specialists (EWCS) we are an American manufacturer dedicated to creating the best wire and cable options. We manufacture all of our cables in the US using the finest copper conductors and sturdy insulators. If your business needs quality wires or cables, our electrical wiring products are the best on the market. When choosing a welding cable, the first factor to consider is the current. Current is measured in amperage and is a measurement of how much electrical current will be flowing through a wire. If you ha