Aluminum Wire Manufacturer & Suppliers

Aluminum Wire Manufacturer & Supplier

We are engaged in offering a broad array of high quality Aluminum Wire. Aluminum wire is a type of electrical wire used in homes, power grids, and airplanes. Compared to copper wire, aluminium wire has superior electrical and mechanical qualities and a lower price. Because aluminum is a weaker conductor of electricity than copper, it is rarely used in tiny applications like residential wiring. Aluminum wire is conductive. It is often used in the building of electrical wiring. On the other hand, aluminum wiring is not as strong as copper wiring and has a higher thermal expansion coefficient. There are still benefits to using aluminum wiring.

Aluminum wires corrode quickly and are incompatible with devices that require copper wiring. You might have an issue if do-it-yourselfers or unqualified electricians made any wiring upgrades or adjustments. The British Columbia Safety Authority contains information on the specific criteria for utilizing devices with aluminum wiring.

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Aluminum wiring functions similarly to copper wiring. However, a big issue has rendered aluminum obsolete when it comes to electrical wiring in homes. The connections are the most dangerous part of this wiring. Electrical cables and connectors expand and heat up as electricity passes through them. One disadvantage of this form of wire is that it stretches three times as much as copper. In other words, its thermal expansion rate is substantially larger. The wires and connectors cool down and contract when the electricity is switched off. All of the expanding and contracting will eventually create a gap, allowing air to reach the wire. As a result of the oxidation, the connecting site becomes even hotter. The connection might loosen with time, posing a fire hazard.

Aluminum Wire Uses

Aluminum wiring is popular within the construction industry.

With the right application, aluminum wiring can provide reliable power while simultaneously offering cost reduction.

Stadiums are one example where aluminum wiring is employed.

Aluminum wiring, when properly installed, is simply as safe as copper. Aluminum wiring provides many advantages – it’s low cost, lightweight, and is straightforward to use.

Aluminum is straightforward to figure with and may be installed quickly and effectively in many locations. In industrial settings or anywhere that weight may be a concern, aluminum wiring will offer an enormous reduction in weight compared to copper wiring.

Aluminum Wire Industrial Uses

Industrial Plants

Photovoltaic Plants

Substations

Rail Technology

Power Plants

Plant Construction

Qualities of Aluminum Wire

Higher electrical resistance: Aluminum has a high electrical resistance, making it difficult for electrical current to flow through it. As a result, aluminum conductors require a bigger diameter than copper conductors for the same amperage.

Oxidation: When exposed to oxygen, the wire’s outer surface deteriorates. This is referred to as oxidation. Aluminum wire oxidizes faster than copper wire, and the resulting compound, aluminum oxide, is less conductive than copper oxide. Oxidation can damage connections over time, increasing the risk of a fire.

Compression sensitivity: Aluminum is flexible and malleable, it is susceptible to compression. When a screw is overtightened on aluminum wiring, the wire will distort even screw been removed. This can result in a sloppy connection and an increase in electrical resistance in the affected area.

Less ductile: When exposed to bending and other forms of mistreatment, aluminum wears and breaks down more rapidly than copper, which is more malleable. Wear causes the wire to break down inside over time, causing it to resist electrical current and generate up excessive heat.

Excessive vibration: When electrical current passes through wiring, it generates vibrations. Vibrations in aluminum are more potent than in copper, and this can cause connections to loosen with time.

More thermal expansion and contraction: Aluminum expands and contracts more than copper when the temperature changes. As time goes, the connections will deteriorate. As a result, aluminum wires should never be introduced into the “stab,” “bayonet,” or “push-in” type terminations found on the backs of a variety of light switches and outlets.

Galvanic corrosion: When aluminum in homes comes into touch with certain dissimilar metals when moisture is present, it will experience galvanic corrosion.