Linked from

The 19 pages that link to Soldering, each with the reason it gives.

• Printed circuit boardRelated: It secures component leads or terminals to the board’s pads.

• WettingRelated: Molten solder must wet the joined metals to form a reliable bond.

• WeldingCompared with: Its lower-temperature filler bond contrasts with welding's fusion or pressure-based joining.

• AdhesiveCompared with: Soldering is a common alternative for electrical and small metal joints.

• MetalRelated: Metallic filler bonds electrical components and small assemblies without melting their base materials.

• MetalworkingCompared with: It offers a lower-temperature alternative for small joints and electronic assemblies.

• BrazingCompared with: The 450°C filler-temperature threshold separates soldering from brazing.

• CloisonnéRelated: Metal strips can be soldered to a base to create the cloisonné compartments.

• SolderNarrower topic: Solder is the filler material at the center of this joining process.

• Flux (metallurgy)Related: Soldering flux clears oxide films so molten solder can bond to the joint surfaces.

• GoldsmithingRelated: Goldsmiths use it to join components while preserving their shapes.

• TinplateRelated: Tinplate’s tin surface can be soldered to form seams in containers.

• Zinc chlorideRelated: Zinc chloride flux removes oxides from metal surfaces during soldering.

• FastenerCompared with: It offers a low-profile alternative to mechanical fastening in electrical and light-duty assemblies.

• Electrical connectorCompared with: Soldered terminations can replace crimped or screw-based wire connections.

• BlowtorchRelated: Small blowtorches commonly heat joints for plumbing and electronics soldering.

• D-subminiatureRelated: Solder-cup D-sub contacts accept wires joined directly by soldering.

• Fusible alloyRelated: Fusible alloys can act as low-temperature filler metals for heat-sensitive assemblies.

• TweezersRelated: Tweezers hold small components steady near soldering heat.