Electrical Wire & Cable Specialists

Is your boat’s electrical system on the fritz? Do you need to make a new connection to your boat’s batteries? Thinking of tackling the project on your own? If you do, make sure you use the right tools and parts for the job - which includes dedicated marine battery wire for any wiring jobs or connections. And in case you have any questions about marine battery cable and terminals , these are some of the most common. What Is the Difference Between Marine Battery Wire and Regular Wire? Both marine battery wire and regular wire and used to carry a current around an electrical system, in the case of battery cable, as leads for a battery. However, marine battery wire has two specific attributes that make it more suitable for the application than normal wire. One is that it is not wire at all, but cable. “Wire” is a bit of a misnomer, actually, since a wire is a single-stranded conductor. Cable, on the other hand, is made of many fine braided conductors. Marine ba...

Are looking for a welding cable for sale online? If you are, then you must be aware of what they are designed for—not for an undemanding profession, that’s for sure. Welding cable is designed for electric arc-welding machines, it is a conductor that carries the power to fire up the metal rod so that a welding professional can get the work done. However, for a welding cable to properly perform what’s it supposed to do, it should meet the right standards for it to be strong enough to perform its job. Why Must a Welding Cable be Durable? This job is not for the weak and that’s not limited to the professional himself but the cable as well. It’s important to know that you’re getting nothing but the most durable and flexible welding cable there is. There’s a current passing through those wires after all. The last thing you need is for your welding cable to overheat, impeding a speedy welding process. You also don’t want your welding cable to ...

You’re probably familiar with the Statue of Liberty’s pleasant, sea green color. While that seafoam green has become an endearing artistic calling card of that artistic fixture when she was new she was the color of a penny. Shiny, bright, and copper-clad - the same color as a penny or of marine electrical wire. The Statue of Liberty’s color changed due to oxidation that occurred due to contact with the elements, which is the exact same thing that will happen to copper electrical wire and cable when they are exposed. The problem is that electrical wire and cable are not pieces of art whereas statuary is. If copper wire tires turn green their conductivity will be severely adversely affected. Oxidized copper wire is actually a very poor, very inefficient conductor of electricity, and since vessels and other electrical infrastructure that uses them rely on them to keep the lights on the navigational equipment operational, it’s critical to protect marine grade batt...

For those whose, livelihood and profession depend on how kind the sea is to them—carpe diem. It’s a place where virtually everyone should keep their eyes peeled for possible dangers such as chemical reactions or harsh environmental conditions. You just really have to be attentive to anything that might fail as this could absolutely jeopardize not just the body of the boat but also a lot of electrical components that might start a fire if not handled properly. When dealing with electrical systems on a boat, there’s a need to use specific materials to maintain safety standards so as not to risk the lives of everyone else. There’s no way to use the same electrical materials we usually use on land when you’re working on a boat because of the hazardous work environment. Considering all kinds of weather conditions, a marine electrical cable is distinctively designed to withstand the uncertainty of the marine environment. What is it made of? The great thing ab...

Boat battery cables , like many electrical conductors, are made of copper, but there’s something unique about them that helps protect them from the environments in which they operate. Whether you’ve done your own marine wiring or simply perused marine grade battery cables at an electrical depot, you’ll probably have noticed that they appear silver. They’re not silver, though. In fact, they’re not even aluminum, which appears silver and actually is used to complete electrical wiring in some locations, due to its excellent conductivity, lightweight nature, and ductility. Boat battery cable is, instead, made up of a very large number of individually tinned copper conductors, which gives it this silver appearance. Saltwater and Copper: Not Friends Copper is an excellent conductor because it allows free electrons to passage through the medium at a very low resistance, which means that a little bit of copper can accommodate a fairly high current or voltage wi...

Electrical wire and cable are often qualified according to special traits that make them suitable for their intended applications. For example, marine battery cable is extra flexible and resistant to corrosion. Photovoltaic, or PV cable, must be resistant to the elements and specifically resistant to UV light. Otherwise, they would not be well-designed for their intended purposes. AWG fire alarm cables are no different. Designed to carry low voltage loads and to ensure uninterrupted communication around an alarm circuit, high-quality AWG fire alarm cables , like so many other types of electrical cables, are designed with a number of features that make them suitable for their use in fire alarms systems. Notably, the following three traits guarantee quality. 1. Resistance to high heat; Flame-retardance First, and perhaps most obvious, it is important that fire alarm cables are finished with insulation that is highly resistant to high temperatures. Specifically, it is helpful if the i...

Most if not all listings of welding cable will be quick to advertise the fact that it is highly flexible. That attribute is one of the main selling points in welding cable, and there’s a good reason for it. For the most part, it has to do with the fact that welding cable, like other welding equipment, has to be used in situ, at the job site, whereas the job site is. For example, welding as an industrial process often involves the manipulation and the joining of structures, like buildings. Faithful to their name, buildings are “built” onsite and rarely assembled elsewhere. That makes it an imperative for the welding equipment, including the cables, to be amenable to relocation. Insomuch as it relates to the cables themselves, they must be highly flexible in order to “reach” the job site. This can pose a distinct issue, given the fact that some welding applications involve both high voltage and high current, which can only be carried by larger, thicker cab...