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Soldering tip shapes: which tip for which joint?

The shape of the tip decides how well heat flows into the joint. Conical tips are fine for rework, chisel tips transfer the most heat, and knife and hoof tips suit drag soldering. The basic rule: get as much contact area on the pad as you can without touching neighbours.

4 minStand: 2026-07Geprüft: Soldering specialists
View soldering tips
contact area
larger area transfers more heat
pad size
match the tip to the joint
chisel / hoof
best heat transfer and drag soldering
station-specific
cartridges and tips per station
Inhalt
  1. Basics
  2. Shapes at a glance
  3. Selection
  4. Frequently asked questions

Why does the shape decide heat transfer?

A tip transfers heat through the contact area between tip and joint. The larger that area, the more heat flows into pad and component per second, so the joint heats up faster. That is why chisel and hoof tips solder more quickly than fine conical tips. The shape should match the size of the joint.

Core rule: choose the largest tip that still sits cleanly on the pad without touching adjacent pads or components. More contact area means more heat at a lower temperature.

Which soldering tip shapes are there?

The common shapes are conical (B), chisel (D), bevel (C), knife (K) and hoof. Each has a typical use - from fine rework to dragging whole rows of pins. The table below maps each shape to its job.

ShapeCodeBest for
Conical / pencilBfine points, single pins, rework and touch-up
ChiselDbest heat transfer, general soldering, THT and wires
Bevel / cut conicalCround pads and fillets, dragging small rows
KnifeKdrag soldering, connectors, closely spaced rows
Hoof / bevel with wellBC / BCMSMD drag soldering, fine-pitch ICs, holding solder
Size matters too: each shape comes in many widths. A 3 mm chisel transfers far more heat than a 1 mm chisel - match the width to the pad.

How do I pick the right tip for the joint?

Start from the joint: small single points with a conical tip, larger pads and wires with a chisel, whole rows of pins with a knife or hoof tip. Also remember that cartridges and tips are station-specific - a tip only fits the iron or cartridge family it is made for.

Fine rework

Conical or fine chisel tip for single pins, SMD parts and touch-up in tight spaces.

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General soldering

Chisel tip as the all-rounder: plenty of contact area, transfers heat fast to pads and wires.

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Connectors and rows

Knife tip to drag rows of pins and for connectors with many contacts.

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SMD drag soldering

The hoof tip holds a bead of solder and drags it across fine-pitch rows - clean and quick.

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Station binding: cartridge and tip families are tied to their station. Before you buy, check which series fits your iron.

See also Soldering tip care for long tip life and Choosing a soldering station for the matching tip family.

Frequently asked questions

Which soldering tip transfers the most heat?

Chisel and hoof tips transfer the most heat because they form a large contact area with the joint. Fine conical tips have little area and heat the joint more slowly.

Which tip is best for drag soldering rows of pins?

Knife (K) and hoof tips are best for drag soldering. They hold a bead of solder and drag it across several pins - ideal for connectors and fine-pitch ICs.

Does every tip fit every soldering station?

No. Tips and cartridges are station-specific and only compatible with the intended iron or cartridge family. Check the correct series for your station before buying.

Soldering tips in every shape for your station

Conical, chisel, knife and hoof - matched to your iron and your joint.

Reviewed

Content reviewed by soldering specialists.

Matching tips

Tip families for common stations in stock.

Practical

Neutral, actionable recommendations.

Expert advice

Personal advice on shapes and series.

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