How to use a soldering station
Updated: October 2026
The station is on the bench, the tip is still in the bag, and you would like one decent joint before the evening is spent scraping a blackened bit. How to use a soldering station comes down to a short sequence: seat the tip, tin it as soon as solder will melt, use the lowest set-point that wets in a second or two, and put the iron back in the stand. This is the first session, not a model ranking. Which station to buy sits on the [soldering station comparison](/hub/soldering-and-welding/soldering-station). Peter F. used public UK guidance and the review texts in this set, captured on 15 October 2026. A qualifying purchase through our links can earn a commission at no extra cost to you.
The station is on the bench, the tip is still in the bag, and you would like one decent joint before the evening is spent scraping a blackened bit.
The station is on the bench, the tip is still in the bag, and you would like one decent joint before the evening is spent scraping a blackened bit. How to use a soldering station comes down to a short sequence: seat the tip, tin it as soon as solder will melt, use the lowest set-point that wets in a second or two, and put the iron back in the stand. This is the first session, not a model ranking. Which station to buy sits on the soldering station comparison. Peter F. used public UK guidance and the review texts in this set, captured on 15 October 2026. A qualifying purchase through our links can earn a commission at no extra cost to you.
Our top picks
| Badge | Product | Sleep | Temperature range | Tip family | Note | Price | Offer |
|---|---|---|---|---|---|---|---|
| Best overall |  Preciva Preciva 60W kit | 10 min | 90–480 °C | Five tips, family not named | 9.0 | about £43.99 | View offer |
| Alternative |  Hakko Hakko FX888DX | n/a | 50–480 °C | T18-B included | 9.0 | about £195.60 | View offer |
| Best value |  Lytool Lytool ST96902 | 1–60 min | 180–480 °C | 900M, four tips | 8.8 | about £39.99 | View offer |
Before you switch on
Fit a BS 1363 plug into a UK socket, or confirm that the kettle lead on the back of the station is a UK lead with a proper fuse. A listing that only says 100–240 V has not told you which plug is in the box. If the moulded plug is the wrong type, stop and sort the lead before you chase a temperature. Seat the tip fully on the heater. A loose tip will not transfer heat, and it can leave the element exposed. FEITA review texts in this set say the spare tips were a different size. That is a fault in the kit, not a joint you can practise around. Do not heat a tip that wobbles.
Put the iron in its stand before you switch on, with the flex running away from where the hot barrel will rest. Electronics Club, a long-standing UK teaching page, is blunt about the flex: a hot tip on the mains lead is a burn and a shock risk. Damp the sponge if you use one, or set the brass wool where your hand already goes. Hakko UK’s maintenance notes say not to leave a station on for a long warm-up just in case. Switch on when you are ready to tin, not half an hour earlier. A typical working set-point on that Hakko page sits around 340–380 °C, and heavy grounds may want something nearer 420 °C. Lead-free detail, including why 217 °C is not the number you dial, is on the lead-free soldering station page. For a first joint, start in that 340–380 °C band and change it only after you have seen how the wire wets. Which checks mattered at purchase is the soldering station buying guide.
Tin the tip
As soon as the solder melts on the tip, coat the working face. You are looking for a thin, shiny film, not a blob that drips onto the bench. Feed a little cored wire onto the tip, wipe the excess in brass wool or on the damp sponge, and feed a little more so the face stays bright. Brass wool takes old solder off without the thermal shock of a soaking sponge. A damp sponge, not a dripping one, is the older habit and it still works if you do not park the tip in a puddle. Pimoroni’s practical guide makes the same point: tin until the tip looks shiny, then keep it that way between joints.
If the tip stays grey and the solder balls off, it is oxidised or it is not hot enough yet. Raise the set-point a little, or clean back to bare metal with the wool and tin again. Do not grind a plated tip down to copper for the sake of a shine. Once the copper is exposed it eats itself in the solder. A tip that will not tin after a proper clean is worn out. Replace it with the same family, 900M or T18, rather than turning the dial to the end of the scale. Tinning is wasted if you then rest the iron on the cable or on the wooden bench. The stand is part of the joint, not an accessory you use at the end.
Make one joint
Heat the pad and the lead together, then feed the solder onto the joint, not into a puddle on the iron alone. Touch the tip to the pad and the component lead so both come up to temperature. After about a second, touch the cored wire to the junction of tip, pad and lead. The flux inside the wire cleans the surface as it melts. When the solder flows and wicks up the lead and across the pad, take the wire away, then take the iron away. A good joint looks concave and shiny. A ball sitting on the pad usually means the pad was colder than the solder.
Keep the contact short. Electronics Club treats something around 400 °C as hot enough to damage a board if you linger, and Hakko’s upper example for a heavy ground is about 420 °C, not a licence to sit there. If the joint has not wetted in a second or two, stop, add a touch of flux, check that the tip is still tinned, and try once more. Scraping harder with a dry tip only lifts the pad. A needle tip on a ground plane is the usual way to stay too long. A small chisel puts more heat in and lets you leave sooner. Between joints, wipe and add a trace of fresh solder so the face does not go dull while you place the next part. The station versus a simple iron page explains why that set-point is the reason you bought the base. The procedure itself does not change with the badge on the box.
Sleep, fumes, and shutdown
Put the iron in the stand as soon as you pause. Sleep, where the listing has it, drops the heater so an idle tip lasts longer. The Lytool listing allows 1 to 60 minutes. A one-minute sleep will cut in while you are still reading the board, and you will come back to a cold tip mid-row. Ten minutes, which the Preciva 60 W kit and the 926LED claim, is a more ordinary pause. If sleep drops the temperature during a joint, lift or shake the iron if that is how the station wakes, or lengthen the delay before the next pad. Do not disable every safety behaviour because one delay was too short.
Rosin flux fume can cause asthma. The Health and Safety Executive’s SR20 sheet is written for workplaces, where the 8-hour figure is as low as reasonably practicable below 0.05 mg/m³. A hobby bench is not that workplace, and the fume is still the same fume. Use the lowest set-point that wets, keep your head out of the plume, and open a window or use extraction. If you use a bench filter that blows the air back into the room, HSE’s soldering sheet says that kind of unit needs a HEPA filter. Lead-free wire is not fume-free. Leaded rosin-cored wire is not fume-free either.
When you finish, tin the tip, stand the iron, and let the station cool before you coil the lead. Unplug it. If the iron comes apart while it is on, or hot air stays on after you have asked it to sleep, unplug it at once. Those reports are on the YEEHONEC listing in this set. They describe a fault, not a menu you need to learn. Stop and get a competent person if the station shocks you, will not switch off, or smells of burning insulation. Mains wiring, a lithium pack, and workplace exposure to rosin or lead are professional jobs. A lifted pad on a kit is a hobby problem. A tool that stays live is not.
Common questions
What temperature do I set first?
Start around 340–380 °C, which is the band Hakko UK gives for most work, and move up only if a heavy ground will not wet in a second or two. Their notes go to about 420 °C for that heavier joint. Do not treat 217 °C, the melting point of SAC305, as the set-point. The lead-free page sets out the RS band of 360–400 °C beside other published ranges so you can see they are not one official number.
How do I tin the tip?
Heat until solder melts, feed a little cored wire onto the working face, wipe the excess in brass wool or on a damp sponge, and leave a thin shiny coat. Repeat between joints so the face does not oxidise while you place the next part. If the solder balls off a grey tip, clean and tin again. If the plating is gone, fit a new tip of the same family.
Sponge or brass wool?
Brass wool cleans without quenching the tip in water. A sponge works if it is damp rather than wet, and if you do not rest the tip in it. Either is better than a dry, black tip. Wool does not replace tinning. You still put fresh solder back on the face after you wipe.
How long should the iron touch the joint?
Long enough for the pad and the lead to melt the solder you feed at the joint, often about a second or two on a small kit pad. If nothing has wetted by then, take the iron off, add flux, check the tip, and try again. Lingering at about 400 °C is how pads lift. A larger chisel usually shortens the contact. A hotter dial is the second change, not the first.
Should I leave the station on between joints?
Leave it on for a short run of joints, with the iron in the stand and a tinned tip. Do not use a long empty warm-up as your habit. Use sleep if the station has a delay you can set, and avoid a one-minute sleep if you pause to read the diagram. Switch off and unplug when you leave the bench.
Are the fumes a problem at home?
They can be. Rosin fume is the asthma hazard in HSE SR20, including fume from leaded rosin-cored wire. At home, ventilate, keep your face out of the smoke, and use the lowest temperature that still wets the joint. A filter that returns air to the room needs HEPA if you are following the HSE soldering sheet. Wash your hands before you eat. Do not call any station fume-free.
When do I stop and unplug?
Unplug if the iron comes apart while it is hot, if hot air will not switch off, if you smell burning insulation, or if you feel a shock. Those are faults. Also stop if the tip will not seat, as in the FEITA tip-fit texts, rather than heating a loose element. Call in a competent person for mains wiring, a station that will not die when switched off, workplace rosin or lead exposure, and lithium-pack repair.
Related pages
Sources
Public UK sources and the amazon.co.uk listings in this set, captured on 15 October 2026. A seller bullet is not a declaration of conformity.
- Electrical Equipment (Safety) Regulations 2016, regulation 35 (retrieved 15 October 2026)
- OPSS product safety report, electric soldering iron 908S (retrieved 15 October 2026)
- HSE SR20, rosin flux fume (retrieved 15 October 2026)
- GOV.UK, RoHS regulations 2012 as amended in Great Britain (retrieved 15 October 2026)
- Hakko FX-888DX specifications (retrieved 15 October 2026)
- RS PRO SAC305 solder wire (retrieved 15 October 2026)
- AIM SAC305 technical datasheet (retrieved 15 October 2026)
- GOV.UK, electrical waste producer and supplier responsibilities (retrieved 15 October 2026)