How to Hit Trait Thresholds Without Sacrificing Multiplier

July 15, 2026

Getting a trait onto a forged item requires a meaningful share of a traited ore — but every unit of that ore also shifts your combined multiplier. Here’s how to find the smallest quantity that clears the threshold without giving up more multiplier than necessary.

Step 1 — Know the Two Thresholds

A trait needs at least 10% of total ore quantity to appear at all, and 30% or more for the commonly cited optimal (strongest) version of the effect. Below 10%, the trait doesn’t show up on the item regardless of how good the traited ore’s multiplier is. See the forging terms glossary for the exact trait share formula.

Step 2 — Work Backward From the Threshold to a Quantity

If you know your total ore quantity, the minimum traited-ore quantity needed for each threshold is:

Minimum quantity for 10% (present)  = Total Quantity × 0.10
Minimum quantity for 30% (optimal)  = Total Quantity × 0.30

Example: Forging with 40 total ore quantity — you need at least 4 units of a traited ore for the trait to appear, and at least 12 units for the optimal 30%+ version.

Step 3 — Use the Smallest Quantity That Clears Your Target Threshold

Since the combined multiplier is quantity-weighted, using more of a traited ore than strictly necessary shifts the multiplier further toward that ore’s value — which helps if the traited ore also has a high multiplier, but hurts if it doesn’t. If your goal is the optimal 30% trait effect and nothing more, use exactly (or just above) 30% rather than a larger share, to minimize the multiplier impact if the traited ore’s own multiplier is lower than your other ores.

Step 4 — A Worked Example

Forging with a 3x-multiplier ore as your main ore and a 1.2x-multiplier traited ore, targeting the 30% optimal trait threshold, using 20 total quantity:

Traited ore quantity needed (30%) = 20 × 0.30 = 6 units
Main ore quantity                 = 20 − 6 = 14 units

Combined multiplier = (14×3 + 6×1.2) ÷ 20 = (42 + 7.2) ÷ 20 = 2.46x

Compare that to using 50% traited ore instead of the minimum 30%:

Traited ore quantity  = 10 units, Main ore = 10 units
Combined multiplier   = (10×3 + 10×1.2) ÷ 20 = (30 + 12) ÷ 20 = 2.10x

Using exactly the 30% minimum instead of 50% keeps the combined multiplier noticeably higher (2.46x vs. 2.10x) while still securing the full optimal trait effect — extra traited-ore quantity beyond the threshold you’re targeting has a real multiplier cost if that ore’s own multiplier is lower than your main ore’s.

Step 5 — Flip the Math If the Traited Ore Has the Higher Multiplier

If the traited ore actually has a higher multiplier than your other ores, this logic reverses — using more of it (well beyond the 30% threshold) helps both the trait effect and the combined multiplier at the same time, so there’s no real tradeoff to manage in that case.

Step 6 — Verify With the Calculator Before Forging

Enter your planned quantities into the The Forge calculator to see the exact combined multiplier and trait share together before committing rare ore to an actual forge. See The Forge calculator for maximizing multiplier builds for the broader ratio strategy when a trait isn’t required at all, and The Forge calculator examples for more worked combinations.