Creating Any Colours with a Metal Complex Dye Set

Introduction

This kit is designed to let you create virtually any transparent guitar dye color, from vintage amber and honey tones to deep teal, wine reds, smoky olives, and gunmetal shades, using a small set of high-quality metal-complex dye concentrates and a simple mixing method. If you are looking for a custom guitar stain color mixing chart (yellow red blue black) and a repeatable process, you are in the right place.

• What's inside the kit (and what you need to add)
• How to prepare stock solutions so mixing is fast and accurate
• How to use our color palettes to choose and reproduce colors
• Two methods to create your color: the colour tool or build-and-adjust
• How to test and adjust reliably on real wood

Because wood species, sanding, sealing, and lighting affect color perception, we strongly recommend doing a small test before you dye a full guitar. The system below makes that testing fast and repeatable.

1) What's in the kit (and what you still need)

1.1 Kit contents

Your Metal-Complex Dye Set includes:

• Primary dye powders: Yellow, Red, Blue (2 g each)
• Black dye powder: 2 g
• Accurate measuring tool: micro-scoop / small measuring container
• Mixing containers: 30 ml and 50 ml bottles for working mixes

1.2 What you must buy separately: ethanol

To dissolve and use these dyes, you need ethanol (also called denatured alcohol in many countries). This is the same general approach used with alcohol-soluble aniline dye for guitar finishing, except here you are using metal-complex dyes and our recipe system.

• Recommendation: choose 95–99% ethanol (or "denatured alcohol" with high alcohol content).
• Avoid 70% ethanol if you can, 70% contains a lot of water, which can reduce solubility and increase grain raise on some woods.

Where to Buy Ethanol (95–99%) for Mixing Metal-Complex Guitar Dye

1.3 Why metal-complex dyes?

• Highly transparent: shows the wood grain beautifully
• Strong tinting power: a little goes a long way
• Instrument-correct tones: creates rich finishes that look natural on real wood

1.4 Important note about our Black: vintage shading behavior

Our Black is not perfectly neutral, and that is intentional and useful. When mixed with Yellow, it can shift toward olive/forest/vintage green tones. When mixed with Red, it can shift toward wine/burgundy/mahogany tones.

This is not a defect: it's classic "vintage shading behavior" that helps create finishes similar to many traditional instrument looks.

2) Your recipe: pick a colour, get the exact amounts

This is where you turn the colour you want into the exact quantities to measure. The tool below does the whole calculation, so there is no table to read and no percentage to convert by hand.

The workflow is always the same: Pick a color → Measure powders → Add ethanol → Dissolve → Test → Adjust if needed.

2.1 How much final dye do you need for one guitar?

Decide this first, because it is the one thing the tool asks you for. Here are realistic quantities of final dye solution (powder + ethanol) for one project. Your exact usage depends on wood type, sanding, how "thirsty" the wood is, and how many coats you apply.

For a full electric guitar body (front + back + sides), wipe-on transparent dye:

• Light / standard intensity (1–2 coats): 20–30 ml
• Deeper color (2–4 coats, or thirsty wood like ash/mahogany): 30–50 ml
• Very dark / multiple passes / bursts (especially if you re-wet a lot): 50–70 ml

If you also dye the neck (back of neck + headstock), add:

• +10–20 ml (depending on coats and absorption)

2.2 Create your colour with the tool

Pick a shade from the mixing charts or from our named finishes, set how much finished dye you need, and the tool gives you the exact amount of each powder in grams and millilitres, the ethanol quantity, and a preview of that colour on a guitar body. Every square in the charts is a real dyed and photographed sample, not a simulation.

Create any dye colour

Pick a colour and how much you need, and get the exact powder amounts.

Your colour

–

On a body

Burst edges

Illustration only, ash Strat body.

How much do you need?

Finished dye solution, in ml

Your recipe

A Strat-sized body takes 20 to 30 ml for a light shade, 30 to 50 ml for a deeper one. Add 10 to 20 ml if you are dyeing the neck too. Mix a little more than you need: matching a second batch exactly is harder than making one batch slightly too big.

2.3 Step-by-step: mixing your colour

Follow these steps exactly for a clean and repeatable result:

• ✓Step 1 — Get your recipe: in the tool above, choose your target shade and the quantity you need. It gives you the amount of each powder and the ethanol to add.
• ✓Step 2 — Prepare your tools: your orange measuring cap (or scale), your orange mixing container, and a bottle large enough for the quantity you chose.
• ✓Step 3 — Measure powders one by one: add powders one color at a time exactly as shown (Y → R → B → K). Do not "guess".
• ✓Step 4 — Combine the powders: once all powders are measured, pour them into your final bottle.
• ✓Step 5 — Add ethanol: pour in the ethanol quantity the tool gives you. The rule behind it is simple, if you want to check: 1 ml of powder to 40 ml of ethanol.
• ✓Step 6 — Dissolve properly: shake strongly for 30–60 seconds, wait 10 minutes, shake again. Repeat until fully dissolved.
• ✓Step 7 — If you see tiny specks: keep mixing. If needed, filter through a fine paint filter (optional).
• ✓Step 8 — Label your bottle: write the recipe name + date. This matters for repeatability.

2.4 Why colors can vary (and how to handle it)

Even with perfect measurements, color can vary depending on wood species, sanding grit and burnishing, whether you apply dye directly on wood or over sealer, number of coats, and lighting. This is normal. That is why Section 3 explains how to test and adjust reliably.

2.5 "Top guitar colors" gallery (quick inspiration)

Below are examples of popular finishes you can build with the kit, but remember there are infinite possibilities.

3) The adjustment laws (how to control the result)

3.0 Final Adjustment (test, then fine-tune)

Even with accurate recipes, the final color you see on wood can differ from what you expect on a screen. Photos, lighting, camera settings, and monitor calibration can all shift how a color appears. We do our best to render the chart as faithfully as possible, but for best results we strongly recommend a quick real-world test before staining your full guitar.

Adjustment levers (and what they do)

• 1) More dilution (add ethanol)
  Makes the color lighter and more transparent. The wood grain will appear more visible and the overall intensity will reduce. This is the safest adjustment when the color is "too strong" or "too dark".
• 2) Add black (K)
  Darkens the mix and reduces brightness ("mutes" the color). It can help make a shade more vintage/aged and less saturated. Add black in very small increments: it is powerful and can quickly overpower the mix.
• 3) Add a color (Y / R / B)
  Shifts the hue in the direction of that dye. Example: more Yellow warms the tone, more Blue cools it, more Red pushes it towards orange/purple depending on the base mix. Add color in small increments and retest.

Recommended adjustment workflow

To keep your mix repeatable and avoid wasting dye, adjust in a controlled way:

• ✓Step 1: Mix your dye using the recipe the tool gives you (powders + ethanol).
• ✓Step 2: Pour a small amount into a separate cup/bottle for testing (do not adjust the whole batch first).
• ✓Step 3: Apply a small test on scrap wood or a hidden cavity.
• ✓Step 4: Let it dry completely, then evaluate under good lighting (daylight is best).
• ✓Step 5: Adjust using only one lever at a time:
  • If it's too dark/strong → add a little ethanol (dilute).
  • If it's too bright/saturated → add a tiny amount of black (K).
  • If the hue is off → add a tiny amount of the needed color (Y / R / B).
• ✓Step 6: Mix well, re-test, and repeat until you reach your ideal shade.
• ✓Step 7: Once perfect, apply the same adjustment proportion to the full batch and write down your final recipe.

3.1 Strength and transparency

• More ethanol = lighter / more transparent
• More total dye powder = stronger / darker
• If the color is too intense: add ethanol
• If it's too weak: add a little more powder in the same ratio

3.2 Hue control (push the color)

• More Yellow = warmer / more golden / more green (if blue present)
• More Red = warmer / more orange / more wine
• More Blue = cooler / more teal / more purple (if red present)

3.3 Vintage shading (black behavior)

• More Black = darker + more "aged/vintage"
• With Yellow, Black can push toward olive/forest
• With Red, Black can push toward wine/mahogany

3.4 Why mixing 3 primaries often looks "muddy"

If you mix Yellow + Red + Blue together in significant amounts, the result often becomes muted or brownish. That is normal in subtractive mixing, especially with real dyes (not RGB light). For bright results, follow your palette and keep mixes simple.

Best practice for bright colors: use two dyes as your main mix, then use the third only as a tiny modifier (if needed).

4) Two ways to create your color

Method 1 (fastest): Use the colour tool

• ✓Choose the closest swatch in the colour tool
• ✓Mix the working bottle using Section 2.3
• ✓Test on scrap wood
• ✓Adjust slightly if needed, using Section 3
• ✓Record the final recipe for repeatability

Method 2 (most flexible): Build your color step-by-step

• ✓Start with the lightest base (often Yellow or diluted Red)
• ✓Add the second dye in small steps
• ✓Test after each small change
• ✓Add Black only near the end, carefully
• ✓Record the final values (what you added)

Always build from light → dark. Darkening is easy. Undoing dark is harder.

5) Testing method (recommended process)

To avoid disappointment, we recommend testing on the same wood species, similar sanding grit, and the same sealer choice you plan to use.

• ✓Mix a small 30 ml batch
• ✓Apply one coat, let dry
• ✓Apply a second coat if needed
• ✓Once dry, wipe a small area with a clear finish (or naphtha) to preview how it will look under clear coat

6) Application notes (basic but important)

6.1 Dye directly on wood vs over sealer

• Directly on wood: maximum grain pop, deeper penetration, more variation
• Over sealer: more even tone, easier to control, less blotch risk on some woods

6.2 General application method

• ✓Apply evenly with cloth/sponge (or spray if your process supports it)
• ✓Keep a wet edge, avoid stop marks
• ✓Let dry fully before additional coats
• ✓Seal and clear coat after the dye is fully dry

7) FAQ

Conclusion

With only four concentrated dyes and a simple measuring method, you can create an enormous range of transparent, grain-showing guitar finishes, from bright modern colors to vintage instrument tones. Start with our colour tool, pick a recipe, test on scrap wood, and adjust using the simple rules. Once you find your perfect shade, it becomes repeatable, so you can reproduce the same color again and again.