In the practice of pyrography, artists often maintain a mental list of which wood species burn cleanly and which present technical or safety risks. However, relying on memory during a session can lead to inconsistent results or the accidental use of unsuitable materials. Having a quick reference for how common woods actually behave under the tip gives a more reliable starting point than memory alone, especially for anyone still building up their own notes.
What this article covers
This article summarizes how some of the most commonly used pyrography woods generally behave — relative hardness, typical burn characteristics, and known cautions — as a starting reference before a session. It then covers how a recording app can put the same kind of reference at hand during logging, alongside your own past results.
How Common Pyrography Woods Compare
Wood species vary mainly in hardness and grain, and both affect how a burn tip behaves on the surface. As a general reference:
| Wood | Relative Hardness | General Burning Characteristics |
|---|---|---|
| Basswood | Soft | Widely used by beginners; burns cleanly and evenly, making it a common choice for fine detail work. |
| Pine | Soft | Fast-burning and inexpensive, but resin pockets in the grain can flare up unevenly and are worth watching for. |
| Birch (plywood or solid) | Medium | Even grain with good contrast; slightly firmer than basswood, so it typically needs a bit more heat or a slower pass. |
| Cherry / Walnut | Medium–Hard | Denser, decorative hardwoods that burn with richer contrast but require more heat and patience than softer woods. |
| Oak | Hard | Open, durable grain that needs the most heat and the most patience of common choices. |
These are general tendencies, not fixed rules — the same species can behave differently depending on the specific board, moisture content, and the burner and tip being used. They’re a starting point for a session, not a substitute for your own notes on what actually worked.
The Safety Point Worth Repeating
Regardless of which reference a wood species is checked against, one distinction matters more than hardness or grain: natural, untreated wood is the only category safe to burn. Materials like MDF, plywood with certain adhesives, or wood that has been treated, painted, or stained can release toxic fumes when burned, and no burn setting makes that safe. Checking what a board actually is — not just how it looks — is worth doing before it goes anywhere near a hot tip.
Keeping a Reference Alongside Your Own Log
A general reference like the one above is useful precisely because it’s generic — it doesn’t know your burner, your tip, or the specific board in front of you. The settings that actually worked on a given piece belong in your own burn log, cross-referenced against a species table like this one for context.
Accessing a Wood Reference in PyroLog
To keep a version of this kind of reference on hand while logging, we built a Wood Reference into PyroLog, covering 10 common pyrography woods with hardness, a typical temperature range, burning characteristics, and caution notes for each, plus a Tip Name Guide that resolves the “tip vs. nib vs. point” naming confusion between manufacturers. It’s located in the settings tab, always free to use, and available without creating an account.
It pairs well with your own Wood Stock records for the specific panels and blanks you actually own, and your Burns Log for what settings actually worked on them.
Summary
Knowing the general hardness and burn behavior of common woods — and, more importantly, which materials are unsafe to burn at all — gives any pyrography artist a useful starting point before a session, independent of what tool is used to keep notes. A built-in reference just keeps that starting point next to your own logged results instead of in a separate book or browser tab. For a broader look at why keeping this data in one place beats a spreadsheet, see One App or a Spreadsheet? What Pyrography Artists Should Actually Be Recording.
Follow the manufacturer’s specifications and safety instructions when operating pyrography equipment and setting temperatures.
This article organizes information from a recording and organizing perspective. If you notice an error or outdated information, please contact us. Last verified: July 2026
