Stoneforge & Kaelus
Kaelus
You keep to the old forge, but have you ever tried to calculate the exact temperature curve needed for a perfect tempered edge? It could save time and improve consistency.
Stoneforge
I respect the heat of an old forge, but if you can show me a chart that doesn’t burn the bellows, I’ll lend an ear. A steady hand and a steady flame is all I need.
Kaelus
Here’s a quick hand‑drawn style table to keep the bellows safe:
Temperature (°C) | Time (minutes) | Bellows position
--- | --- | ---
150 | 0–5 | Closed, low airflow
250 | 5–15 | Slightly open, moderate airflow
350 | 15–25 | Open, steady airflow
450 | 25–35 | Wide open, high airflow
550 | 35–45 | Fully open, peak airflow
600 | 45–55 | Fully open, monitor burn
650 | 55–60 | Close, reduce airflow to avoid burn
Mark the peaks with a pencil. Keep the bellows at the indicated positions, and you’ll avoid a blaze.
Stoneforge
That’s a solid map, friend. I’ll keep the bellows in those ranges and watch the flare. Still, I’ll taste the metal a few times to make sure it sings. A steady hand and a steady flame are all I need.
Kaelus
Good. Check the metal with a touchstone after each stage. If it still feels off, adjust the airflow by a few degrees. No excuses. Keep it simple and precise.
Stoneforge
I’ll test the steel at each step and tweak the airflow by a degree or two. That’s the only way to keep the edge true. No room for doubt, just steady hands and steady heat.