Tinning
In low voltage wires, the insulation factor of the coating determines the wire's voltage rating. A wire coating of cross linked poly vinyl is used as an insulation. High voltage transmission wires uses no coating on the wire
Solder is a group of metallic alloys that melts at a relatively low temperature and is generally used to connect other pieces of metal together. The low melting point makes it useful for some applications, especially electronic circuitry and some plumbing applications, though it should be noted that plumbing solder is a different alloy than electronic solder and plumbing solder has little or no lead to minimize lead exposure to the people who drink the water. Having described what solder IS, soldering wire is just that, its a wire that is made of solder. Solder wire is useful when working on electronic circuits since it allows the user to control how much will be put on an electronic connection. Solder wire comes in several sizes, as well as with or without a flux core. Flux is a material (usually either acidic or rosin) that encourages melted solder to flow onto other metals, usually copper, iron or brass. Other types of solder are available for use on materials such as aluminum, but solders should match the application to match the type of metals you are joining.
No not all electodes have a flux, in some cases such as certain M.I.G welding the electrode resemble bare wire because it has no flux?
It can be used to mold wires together
You could solder them together and then tape securely with electrical tape.
It is known as tinning.
It is a reference for the preparation for soldering a stranded wire so you get a good joint. You twist the strands together, heat the wire with a soldering iron or gun and then apply a small amount of solder on the tip of the wire and it melts into the strands. Then you can solder the wire to another like wire or to a terminal or whatever. You basically reheat the wire to make connection and can add more solder as needed.Additional informationTinning is also useful if the wire is to be put in a "screw lug". The term "tinning" comes from the fact that older solder contains lead and tin. Some of the newer solder is supposed to be lead free.
Solder the wire.
pre tinning make it easier to solder wire because the solder is already " stuck" to the wire. and less solder will be needed to join the wire. if you watch the solder under a magnifier while tinning, you will notice the solder does not flow and "stick" until proper heat and flux ar applied. this heat usually is more than required to melt the solder because it takes mor heat to heat up the wire due to higher density. after tinning, less heat is required to melt the solder, and enough flux is usually left from tinning to quickly join the wire to the desired material provided the material is also tinned. this reduces cold solder and provides for a more relible connection. To tin the wire first is to cover the end of the wire with a layer of solder before you put it thru the hole in the PCB that will give you insurance of a proper electrical contact else you will put a heap of solder on the PCB without a proper contact with the wire itself what is called a dry joint that go for un tinted copper wire only normally all electronic component pins is factory tinted
yes wire coating is an example of thermosetting plastics!!!!
Yes, you can connect copper wires to tin coated copper wires using a soldering iron and solder. The tin coating can be heated and merged with the copper wire to create a strong electrical connection. Heat the wires together and apply solder until it melts and flows over the connection point, forming a bond.
To solder wire effectively and safely, start by cleaning the wire and the soldering iron tip. Then, heat the wire and apply solder to create a strong connection. Be sure to work in a well-ventilated area and wear safety goggles to protect your eyes from splattering solder. Finally, let the soldered joint cool before handling it.
Solder will conduct electricity, so is not an insulator.
To solder wire to metal effectively, follow these steps: Clean the metal surface with sandpaper or a wire brush to remove any dirt or oxidation. Apply flux to the metal surface to help the solder adhere. Heat the metal with a soldering iron until it is hot enough to melt the solder. Touch the solder to the heated metal surface and let it flow into the joint. Hold the wire in place until the solder cools and solidifies. Inspect the joint to ensure it is secure and properly soldered.
Another name for solder is "soldering wire" or "soldering material."
Strip the wire to desired length. Then hold the wire horizontally and hold the soldering iron underneath the stripped part while holding the solder on the top of the wire. When the wire gets hot enough it will suck the solder into the wire
To facilitate the soldering process, a chemical material called flux can be used to remove oxidation from the surface, keep the air from oxidizing the surfaces during soldering, and to aid in the flow of solder through the joint. Fluxes can be found within the solder (cored solder) or separately in paste form.