Depends on the kind of solder.
The melting point depends on the solder. The lowest I've seen is 395F.
This is the melting point.
The melting point of silicon is 1414C.
Melting point: about 320 0C
Melting Point- 100 degrees Freezing Point- 0 degree
Solder needs a low melting point to protect heat seaitive componanats from damage. Also, in plumbing, solder is more liquid when applied, thus it distrinutes more evenly making a better seal
The melting point depends on the solder. The lowest I've seen is 395F.
Low melting pointsolder used for PC boards is a must. The components on the board are heat sensitive and can be destroyed by high heating when they are soldered to the PC board traces. This is mostly done by machines now but the solder still has to be the lowest melting point possible.
It has a low melting point but has excellent electrical conductivity.
The melting point of solder is around 300 degrees C. The low melting point is the reason it is useful for soldering.The melting point of solder will depend on what the solder of composed of. The most common solder has a melting point of 361.4 degrees F.
The melting poit is 183 0C; the boiling point is not determined.
Solder has a relatively low melting point, and it wets many different metals allowing it to be used to join (solder) them together. It is also fairly resistant to corrosion when the correct solder alloy is applied to the work. We see a lot of solder used in electrical and electrical applications, so it's a fairly good electrical conductor.
If the solder melted sooner than the surrounding parts, the line carrying the water to the sprinkler would lose pressure, resulting in the failure of the sprinkler system to deliver water.
Solder comes in 2 basic varieties, solid and rosin-core. Simple rosin-core solder is a tube of low-melting-point metal with flux filling the single core down the center. Multicore solder has multiple hollows in it, each filled with flux.
Solder is a mixture of various metals and elements that have a melting point lower than the metal that is intended to be brazed. Some of these metals are tin, bismuth, lead, and antimony, among others.
A basic soldering iron and very low melting point hard solder will do the trick. Beware that many iron meteorites have issues with rusting... it's just not a great idea for jewelry in my opinion.
homologous temperature