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Industrial Utilization Of High-Temperature Wires


High-temperature wires are superconducting powerful devices. All these wires are highly insulated individually surrounding by superconducting tapes as a dielectric to reduce the risk of irreversible damage to the cable. Application of insulation on high-temperature wire opens up material choices for insulation and exploring the possibility of its commercial use and availability in multiple material thicknesses. PTFE has set the selection criteria for the high-temperature wire also for the heat shrink wires. And also has suitable process insulation of the longer length high-temperature wires.

We also have set some challenging designs for the high-temperature wires that do not exist in room temperature power cables along with the improved working temperature. High-temperature appliances with the increase in their current densities for a specific material that works with the high internal temperature. An increase in temperature is not dependent on the insulation of the conductor.

When the temperature increases above 250°C this results in metal corrosion but in the case of the magnetic circuit, this should be able to work magnetically at high temperatures. Instead of this, we use alternative dielectric material and designs for High-Temperature Wire power cables that would reduce the complexity and controls the quality for test before the cable is fabricated, this process has been undertaken on exploring the latest material and insulation to high-temperature wires which lower the risk of damage. Insulation on single tape or insulation on the whole cable doesn’t affect the operational rating of a whole cable.

These high-temperature wires by ZW cables are beneficial for manufacturing, unlike the traditionally used designs which have a dielectric layer that is applied traditionally as a modified cable in machines. The large availability of high-temperature wires which are insulated by conductors saves our customers costs, time, and reduces many risks of damage of cables and life risks.

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We provide you a more streamlined and efficient type of fabrication that helps to increase the desirability and also accelerates commercially oh the wires, which deploys the high-temperature wires at low voltage ranges. Moreover, the integrity of the cables is always tested at room temperature which reduces the risks.

We are going to educate the people any error in handling a single wire during the process of fabrication or at the stages of insulation cause serious damage to the cable, but in case of damage to the cable or wire, it will never take your large amount of cost.

If we do the traditional electrical insulation over the entire cable of wire, this is not compatible in corresponding to the environment because of the ceramic and metallic components. The alternative dielectric materials and designs of the high-temperature wires would reduce the complexity and controls the quality before tests.

The most popular range of high-temperature cables is of silicon which are multicores which are capable of working at all the temperature from -50°C to +180°C, which maintained its flexibility even at low temperature with cracking, along with the minimal smoke when exposed to fire or any lightening and also provide mechanical protection when required. PTFE is an amazing material that is unaffected by a vast number of solvents, and due to its incredible coating, it provides high-level protection.

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