Soldering Iron, Temperature Controlled, 200 W, for Electronics and Repair Work

A soldering iron is judged by how steady its tip temperature is. A controlled iron holds the heat when a joint draws it away, so the solder flows in a second instead of being held on the joint until the board is damaged. This iron has an internal element and replaceable tips. Made by Huanghua.

Soldering Iron: Overview

Temperature control is what makes the difference between a joint and a damaged board. An uncontrolled iron keeps heating while it waits, then loses its heat the moment it touches a copper plane.

The internal heating element puts the heat where it is needed and brings the iron back up to temperature quickly after each joint.

Tips are replaceable, and the tip shape decides what the iron can do: a fine point for surface-mount work, a chisel for connectors and heavier wiring.

Key Features at a Glance

• Temperature controlled – holds heat when a joint draws it away.
• Internal heating element – fast recovery between joints.
• Replaceable tips – the tip is the wearing part, not the iron.
• Long-life tip plating – as supplied by the manufacturer.
• Electronics and wiring – PCBs, connectors and cable work.
• 220 V operation – standard workshop supply.

Soldering Technique

Making a joint

Heat the joint, not the solder. Touch the tip to the pad and the lead together, count a second, then feed solder into the joint where it will melt on the work.

Take the tip away and let the joint set without moving it. A joint that is disturbed while it cools goes dull and brittle, and it will fail in service even though it looks complete.

Tips and temperature

Set the lowest temperature that flows the solder in use. Higher settings do not make better joints, they oxidise the tip and lift pads.

Use the largest tip that fits the joint: a big tip transfers heat quickly and the joint is finished before the board warms, which is what protects the components.

Care

Tip care

Wipe the tip on a damp sponge or brass wool and re-tin it before putting the iron down and before switching off. A tip left dry and hot oxidises and stops taking solder.

Never file or sand a plated tip. Once the plating is through, the copper underneath dissolves in the solder and the tip is finished.

Storage and safety

Stand the iron in its holder, never on the bench, and unplug it when it is not in use. Keep the lead away from the hot barrel.

Work in a ventilated space. Solder flux fumes are the health risk in this job, not the heat.

Available Models and Prices

All options are in stock. Prices are per iron in USD; carton prices on request.

Specifications

Packaging Information

Irons ship boxed with a tip fitted; carton quantities are available on request.

Where It Is Used

Electronics assembly and repair, cable and connector work, tinning wire, model and hobby work, and general workshop soldering on small parts.

Choosing a Soldering Iron

1. Temperature control is the feature that matters, whatever the price.
2. Match the power to the work: fine electronics and heavier connector or cable work want different irons.
3. Check the tips available for the iron; the tip is the part replaced most often.
4. A stand and a spare tip are worth ordering with the iron.

Care and Maintenance

Wipe and re-tin the tip before putting the iron down.

Never file or sand a plated tip.

Stand the iron in its holder and unplug it when not in use.

Work where the flux fumes can escape.

OEM and Bulk Supply

Own-brand printing, custom tip sets and retail packaging are available on request, with OEM and ODM support.

Frequently Asked Questions

Is this a single item or a set?

It is supplied as described above – Temperature controlled soldering iron. One unit per order.

What is it used for?

Electronics assembly and repair, cable and connector work, tinning wire, model and hobby work, and general workshop soldering on small parts.

Can I buy in bulk or with my own branding?

Yes. Own-brand boxes and printed packaging are available on request, with OEM and ODM support.

Summary

A soldering iron is judged by how steady its tip temperature is.

Typical use: Electronics assembly and repair, cable and connector work, tinning wire, model and hobby work, and general workshop soldering on small parts.