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Xinyu Enameled Wire Devoted to Enameled Wire Development

For winding custom coils or very finely spaced rework, we always touch the electromagnetic wire. The magnet wire is very, very thin (0.1mm in diameter!) Copper wire, with very thin insulation layer. It is used in a range of electronic products, hacker attacks and applications. These are commonly used for winding transformers, inductors, motors or electromagnetic coils, speakers, hard disk head actuators, electromagnets, pickups, and so on. However, this line is also useful when you must perform PCB repair, wire jump, or direct welding to SMT pads.

This axis is ~11.5 meters ~ 38AWG thick magnetic line, just can do a few projects. We recommend a valve core for each engineer’s workbench. Like all electromagnetic wires, there is a thin layer of enamel insulation. Some people like to take it out with a small flame (a lighter, for example), but we’ve found an easy way to melt a piece of solder into the iron and then immerse it in small pieces for a second. Remove the wires, clean them up and tin them!

The enameled copper wire from is technically just an insulated copper wire coated with a tantalum insulation layer. However, the insulating layer is very thin and heat-resistant. This characteristic makes it very suitable for winding coils because each millimeter is considered important because of their thin thickness. Almost all copper lines are completely insulated, and it is now difficult to find uninsulated copper lines.

The two wires have the same conductivity, but the magnetic copper wire is especially coated with a thin, high heat-absorbing material instead of a copper wire. The thin insulating material helps to make more coils in small areas of motors, transformers, relays, etc., and absorbs heat. The common copper wire is insulated with a thick material and may require more area for more turns, so the winding will not work effectively and will be able to melt the insulation in the heat.

Thick plastic coating can be considered a waste of space to solve this problem, you can try other copper wires with ‘normal’ insulation, but you will soon find that the coil is too big or too small. Xinyu enameled wire devoted to Enameled Aluminum Wire development with all the society and make our efforts to the development of enameled wire.


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Greentel Fiber Optic Splice Closure Widely Used

With the rapid growth of optical communications, the application of greentelftth Fiber Optic Splice Closure is more and more extensive. More and more new optical cable lines are being built, and the fiber optic splice closure is widely used in the access network line except for the core backbone network in the province and the province. It is flexible in use and plays a good role in connection and division of optical communication lines.

The fiber optic splice closure is an indispensable part of the optical cable communication line. Its main function is to realize the connection and disagreement of the fiber optic splice closure; at the same time, in order to ensure the grounding function of the fiber optic splice closure, the internal grounding device and the grounding portion of the optical cable must be electrically connected, and the metal components and grounding device of the fiber optic splice closure should be ensured. The cable reinforcement cores are insulated from each other to avoid adverse effects from the environment on the fiber optic splice closures. Fiber optic splice closures, like fiber optic cables, have their own quality and play a vital role in the transmission of communications.

Most of the Fiber optic splice closures are used in areas where high levels of lightning and wet weather occur. The requirement for the insulation and lightning protection of the Fiber optic splice closure is very high. It is suggested that the combination of the upper and lower insulating spacers of the Fiber optic splice closure can form insulation between the metal components of the Fiber optic splice closure and the optical fiber cable reinforcing core ( the fixing bolt). It is required that the “voltage withstand strength” of the Fiber optic splice closure is up to 15 kV DC voltage, and no breakdown or arcing occurs within 1 minute. It is recommended to install a professional and reliable lightning protection grounding device to ensure reliable internal electrical connection between the grounding device and the grounding portion of the optical cable. The connection resistance is less than 0.1Ω.

As a professional fiber optic splice closure manufacturer – offer more details for you, welcome your visit.