PTFE Isulated Cables: Beneath the Surface

Think of the daily average no. First, waking up and walking (very slowly) in the bathroom, if you are the type of person who brushes her teeth are first. If not, you can ignore until later, make a cup of coffee, and lay their eggs in a saucepan. It is that used in these few minutes, the PTFE-insulated cable, probably without realizing it. In 1938, 27 years old scientist Roy Plunkett accidentally discovered polytetrafluoroethylene (PTFE), which is the chemical name Teflon ®. From its humble beginnings in his laboratory in New Jersey, has done amazing things PTFE possible. One of the most common that the cable insulation of PTFE (Teflon ® or wire) While I discussed the history of PTFE in an article entitled: "PTFE cable. The lucky chance you've never heard," this time we are, how effectively functioning PTFE insulated wire in many applications you make, is to discuss it. But how does it work?

Get ready. Here is where it gets technical.

PTFE shape with a ratio of four fluorine atoms for every two carbon atoms. This means that the C-atom of the molecule is protected by fluorine atoms. This means that the molecule is almost completely protected from contact essentially with other molecules. That is, it is practically impossible to choose a different substance to reach the carbon atom. Because of the unique fabric-to-carbon ratio of fluorine, the band, virtually unbreakable. However, this is not all. The fluorine chemical is very antisocial. In other words, he wants nothing to do with other atoms. It is the only world of chemistry. As part of the compound of PTFE, which is "objectively" to be alone and avoid contact with other atoms. For this reason, anything that comes close is delayed and not coated with any surface is PTFE. For this reason, PTFE is used worldwide as a slippery material world.

In the case of PTFE insulated cables, the many benefits that you are reading, a long way when it comes to the protection of the PTFE-insulated cables. The unique chemical structure of PTFE not only provides very good insulation, but also rejects any attempt to penetrate the chemical isolation.

From the kitchen to the car you drive, keep things moving PTFE, safely and effectively every day - and you now have a little idea of ​​how it goes. Perhaps knowledge is useful, perhaps they were only interested in reading a bit about how it really works PTFE insulation, or maybe they were bored. Anyway, thank you for reading.

Dovakin Marcos is a writer and history buff who writes frequently about science, technology, history and everything. More recently he has studied and written about the use and disclosure of PTFE yarn and how they are to our modern world.

Dovakin Marcos is a writer and history buff who writes frequently about science, technology, history and everything. More recently he has studied and written about the use and disclosure of PTFE insulated cables and how it affects our modern world. Recently, he has written for sites like http://www.phoenixwireinc.com/.