Splicing Wires With Molded Rubber Joints

Updating an electrical system can be a complex and intricate process. Whenever you are making changes to an existing electrical layout, it often becomes necessary to tie new wires in with the old system. This requires the joining of two electrical wires through a process known as splicing. Protecting the splice point is essential when it comes to the quality of the electrical transfer between the two wires.

Here are three reasons why you should be using molded rubber joints to protect your splice points in the future.

1. Rubber joints don't require any heat.

Taking a lot of extra tools from one job to the next can become burdensome. Traditional plastic joints require the use of a heat gun to shrink the plastic to fit around the spliced wires. This means that you will have to tote a heat gun with you whenever you are working on an electrical job where you plan to use plastic joints.

By making the switch to rubber joints instead, you can eliminate the need for a heat gun. The rubber simply molds to the shape of the splice naturally, creating a tight seal over the splice point without any additional heat.

2. Rubber joints reduce splicing time.

The type of joints that you use to protect your splice points could contribute to the overall amount of time required to complete any electrical reconfiguration you may be working on. Since rubber joints don't require additional heat in order to create a proper fit, you don't need to waste time waiting for the joint to heat up and form to the spliced wires.

Simply slide the rubber joint over the two ends of the wires being spliced together, complete the splice, then cut the connector holding the two ends of the rubber joint together. The two ends of the joint will slide over the splice point, effortlessly and quickly protecting the splice point without requiring additional time.

3. Rubber joints are reliable over time.

When you are using plastic joints to protect your splice points, there is always the risk that objects coming into contact with the joint will cause it to split or crack.

When a rubber joint is poked by a sharp object, the rubber is pliable enough to prevent the object from penetrating the surface of the joint. This means that your splice points will remain protected over time, allowing for the seamless transfer of electricity through the new wiring system.

When you understand the benefits that molded rubber joints can provide as you rewire a building, you can see why you should make the switch to rubber joints to protect your splice points in the future. For more information, contact a company like Northern Power.