What Temp Should I Set My Soldering Iron To?(Important Facts)

• Post By: Brandon M. Fox  • Updated: 04/23/22
• Soldering

What temp should I set my soldering iron to? Let’s learn about the process of soldering first. Soldering is done to combine two items by melting them and joining them with a filler material called the solder.

Soldering irons are the devices that you can use to melt solder. The solder usually has a lower melting point than the attached items. Generally, only the solders are melted, and the work pieces aren’t affected in the soldering process.

You only need a soldering iron, solders, and flux to get started with soldering. Your soldiers may or may not have a flux core. Flux is used to prevent oxidation and ensure that the attached items form a strong bond.

We’ll answer some of the most common questions about soldering in this guide. Let’s dive in!

What is soldering iron temp?

Soldering iron is the device that melts the solders. The most common types of solder melt at approximately 185 °C (365 °F). The soldering iron is designed to reach 200 to 480 °C (392 to 896 °F).

Molten solder forms a solder joint with the components. The right soldering temp depends on the solder you use because different types of solder have different melting points.

Soldering iron temperature for silver solder

Silver has a high rate of solder ability. That means it’s easy to solder silver pieces. The right temperature depends on the type of silver solder you’ll use. But here’s a general guideline you can follow:

There are extra easy solders that have roughly 55% silver. These types of solders melt at 618 °C (1,145 °F). There is also extra-hold solders that contain 80% silver and require a higher temperature to melt. The melting point of extra-hard solders is around 740 °C (1,370 °F).

Soldering iron temperature for electronics

It’s best to use lead-based solders if you’re looking to attach electrical components to a Pinned Circuit Board. You should start at 316°- 343°C (600°- 650°F) if you’re working with lead-based solder.

The idea is to produce enough heat to melt the soldiers without damaging the electrical components. Use a soldering iron with a small tip and additional solder flux to work smoothly with electronics.

Soldering iron temperature for guitar wiring

A temperature of 650°- 700°C (1200°- 1300°F) is a good starting point for working with guitars. Use a 60-40 rosin core solder to get the best results. The 60-40 is the ratio of tin and lead in a tin-lead solder.

It would be easy to solder the back of the pots and in your lead wires with these settings. Use a chisel tip to heat the guitar wiring quickly without damaging the other components.

Soldering iron temperature for stained glass

The right soldering iron temperature depends on the solder and the type of soldering iron you use. So, take the advice we share with a pinch of salt. 360°- 410°C (680°- 770°F).

Stay towards the lower end of that setting if you are a slow worker. If you are fast and can work quickly, setting the soldering iron temp close to 410°C is better. You can create 3D stained glass pieces by soldering.

Soldering iron temperature for lead-free solder

The soldering iron temperature of lead-free solder is higher than leaded solder. You need to increase the temperature by 40°-50°C more when working with a leaded solder than what you set with lead-based solder.

For example, if the soldering iron temperature is 320°C for a lead solder, change it to 360°- 370°C for lead-free solder.

Soldering iron temperature for SMD

Surface Mount Devices are very small and can be tricky to work with. If you’re not sure what SMD is, it’s the small electronic component mounts on top of the PCB.

300°- 350°C is a good starting point when working with SMD. Test the solder and see if it melts at this temperature. If it doesn’t, you can bump the soldering iron tip temperature up to 500°C.

Do i need temperature-controlled soldering iron?

Having temperature control in your solder is a plus point. You can easily set the temperature beyond the melting point of the component that you’re trying to melt.

What is the advantage of temperature-controlled soldering iron?

Soldering iron can be at a very high temperature if you leave it unattended. It can cause the temperature to rise to the extent that it can damage the components.

Having a temperature-controlled soldering iron gives you the advantage of controlling the temperature. So, you don’t run the risk of overheating or burning the components if you use this soldering iron.

The temperature also quickly rises when you use a temperature-controlled soldering iron. It keeps the soldering tip as cool as possible. You can leave a tip hot between uses with this soldering iron. But it will burn the tip with a traditional soldering iron.

Temperature-controlled irons also reduce the temperature recovery time. Heat transfer causes the soldering tip to lose heat. And when the controller senses that and applies more heat to reach the desired temperature.

It is particulate handy if you have a soldering station as it has electrical soldering. Soldering stations come with temperature controls that you can monitor easily with a display. In short, your experience will be a lot smoother if you use a temperature-controlled soldering iron.

What should the temperature of a typical soldering iron be?

The right soldering temperature changes depending on the element of the solder you’re using. But a good range is to go for soldering iron with a temperature range of up to 500°C.

You’ll be able to work with most components in that range. Of course, you will need to get a better one if you want to work with silver or gold.

Final words

It’s important to use soldering irons at the correct temperature to avoid damaging the components. Use fresh solder at all times to keep the components sage. Don’t use excess solder as it will burn the components.

The wattage of the soldering irons is also a factor you should consider before choosing which one will be the best soldering iron for you.

The thickness of the solder wire you use will also impact your project. We hope the soldering iron tips we shared will help you work with it.

Brandon M. Fox

I have completed Diploma at Welding. I have spent 10+ years in Welding. Now love to write about welding and welding products and share my own experiences. Find me: Twitter | Facebook

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