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Your cart is empty.Magnet wire is copper wire with a thin layer of insulation, and is used in a variety of applications including transformers, wound coils, motors, solenoids, and instruments. Raw copper is drawn to meet specific Size requirements based on the National electrical manufacturers Association (NEMA) standards. This magnet wire meets the NEMA mw-80-c standard for operating temperature (155°c/311°f) and insulation makeup. The insulation is made from modified polyurethane with a polyimide overcoat, and protects the coiled wire from short-circuiting.
Customer
Reviewed in the United States on June 13, 2023
Using the wire to wind electronic coils. Very high quality wire and the company ships fast.
Retired EE
Reviewed in the United States on March 31, 2021
works good, doesn't have holes for putting the wire in after use, but easily drilled 2 holes in plastic shell(plastic was decently soft and drilling was easy)
BP
Reviewed in the United States on November 8, 2017
Remgton makes the best enamel magnet wire on the market and this style of coating is easily removed with a solder blob which makes it perfect for rolling your own inductors for radio projects.
Alan Huneke
Reviewed in the United States on June 6, 2016
No issues. Pretty much like any other magnet wire I've used. Very good price.
Grampa
Reviewed in the United States on September 6, 2015
Purchased for 13 year old to construct a Tesla coil. There was no problem with unspooling as he wrapped it around the PVC pipe. He turned the pipe and had a setup that allowed the wire spool to turn as the wire spooled off. It worked great for him. I funded the items he selected but he did the project from start to finish himself. The photo shows it in operation for first time. After making sure it worked he neatened up the wiring.
AndiS
Reviewed in the United States on April 3, 2015
Suitable for school science projects and experiment under parent supervision. My daughter created a small toy just for fun by creating electromagnetic coil and strong magnet (you tube link below).https://www.youtube.com/watch?v=pLqZim3R_zAAfter that you can demonstrate basic electricity concept to your kid: 1. Generate small AC electric as well . Create coil then move the magnet around. Measure with voltmeter. 2. Create transformer. Create 2 coil then input small ac input to one side then measure the other side with volmeter.Once your kid understand the concept, the limit is just your kid imagination and creativity. Have fun and enjoy the experiment !
Keith Davis
Reviewed in the United States on February 14, 2014
Used it to make the secondary for a Tesla coil. It was easy to work with--no tangles, snaps, random weaves, missing insulation, or uneven tension in the spool. Almost wound the entire spool. The spool made a 2 foot secondary on 3 inch PVC pipe with 1 foot left over on each end of the secondary and ~ 6 feet on the spool. The spool fits nice into a common wall-mount adjustable curtain rod to facilitate winding. The vinyl did not corrode with the polyurethane varnish that was used as an adhesive. The wire was strong enough to be wound tightly, snuggly, and manually to the form at more than 10 turns per minute. With a jig and two people, the wire supported a winding rate of 1 foot per hour.
Nicholas Jarak
Reviewed in the United States on August 3, 2013
It seems a little weird to be writing a review regarding a spool of wire, but here it goes. I bought this wire for a my senior design project at my university. I needed to make an electro-magnet. This wire worked perfectly. I had no problems with it. I wound it up over 1300 turns of it (around 900 ft) around a section of ABS pipe and hooked it up. The electro-magnet worked perfectly. The wire enamel held up well. It only came off when I wanted it too. The enamel could be scraped off, and since the wire is thick enough, it could also be burned off. Pretty easy to work with.
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