Saturn Yellow

Saturn Yellow is a beautiful bright yellow pigment and part of our Neon Series line. Our popular mica powder is ideal for DIY craft use, such as, epoxy, resin, woodworking, pen blanks, plastics, slime, watercolors, cosmetics, fishing lures, bath bombs, jewelry, melt and pour, lip balm, acrylic, polish, candle making, and MUCH more.

Particle size : 1-5 μm

Ingredients : Polyurethane-11, Yellow 5

Heat Threshold : 500 °F

Product Type : Mica
Vegan : Yes
Soaps : Yes
Epoxy Resin : Yes
Acrylic : No
FDA-Permitted for External Use : No
FDA-Permitted for Eye Area Use : No
FDA-Permitted for General (Including Lips) Use : No
FDA-Permitted for Bath Bombs Use : No

NOTE: External use applies to facial make up and nail polish. Bath Bombs fall under the Lips category.

Are you having a difficult time mixing the pigments or just find yourself stirring and stirring? Or even worse, finding tiny specs in your finished product? This is mostly the cause of not mixing and breaking down the pigment enough.

Due to the granular nature of specialty pigments such as neons, glow in the dark, etc. these pigments are typically a little more difficult mix and breakdown.

If this is the case, place the pigments in a small cup, use denatured alcohol and wet the pigments, stir until it has a consistency of a paste. Stir until they break down.

Epoxy : 2 grams per 8 ounces

The most common question that we receive is “How much pigment per gallon of epoxy?” This is a very valid question and unfortunately there is no set answer due to the numerous types of applications and variations. This is why we recommend 2 grams per 8 oz and add as desired.

For example: Are you looking for an opaque or transparent look? Lighter colors may take more pigment to achieve the color.


Why micron sizes matter:

PLEASE be aware of the micron sizes of the pigment. The larger the micron, the larger the particle.

Typical pigments average 10-60um.

Be aware that larger micron sized pigments will most likely have a heavier density which will cause the pigment to sink faster in fresh epoxy such as deep pours. For example, our Icicle or 14k Nugget Gold is 200-700um and will most likely sink in fresh epoxy faster. To alleviate sinking either let the epoxy settle up a little bit. Or, come back through your project to “stir” it a little more.

Due to the granular nature of specialty pigments such as neons, glow in the dark, etc. these pigments are typically a little more difficult mix and breakdown.

If this is the case, place the pigments in a small cup, use denatured alcohol and wet the pigments, stir until it has a consistency of a paste. Stir until they break down.

Cold process - 2 tsp per lb of oils

Hot process - ½ tsp lb of MP base

DO NOT USE! Neon pigments are not recommended for automotive use because they have low UV resistance. This means that when exposed to sunlight for extended periods, the pigments may fade or lose their vibrancy over time. UV rays can cause the colors to deteriorate, which is why these pigments are best used in applications that are not subject to prolonged sunlight exposure.

Courtesy from our friend Justin Salley.
For more tutorials, visit his Youtube page www.youtube.com/@justinsalleyart/

STEP #1 - MIX YOUR POURING MEDIUM
3 parts Behr8300 Deep Base Interior/Exterior Hi-Gloss Enamel. 1 part JOSONJA Polyurethane Water Based Gloss Varnish. Mix gently folding paint and varnish together until they are completely mixed, Go Slow to reduce mixing bubbles.

STEP #2 - DISPERSING PIGMENTS INTO YOUR MEDIUM
Pour 1/2 to 1 teaspoon of JOSONJA Gloss Varnish into mixing container. Add around a teaspoon of Pigment (I generally add a little more) into your container with the JOSONJA. Mix until all Pigments have dissolved into a liquid making sure to stir any clumps out at this time.

STEP #3 - COMBINING YOUR POURING MEDIUM & DISPERSED PIGMENTS
Add around 3 Tablespoons of Pouring medium into your Dispersed Pigments. Mix thoroughly, being slow and folding rather than whipping, this will minimize the air bubbles.

STEP #4 - WHAT IF?
◦ If your new mixed color seems to thick - Add a small amount of JOSONJA and stir until you reach the desired consistency.
◦ If your new mixed color seems to thin - Add a small amount of Behr8300 (ONLY) and stir until you reach the desired consistency.

Light/Translucent Colors: 0.25%–1% pigment per total plastisol weight

Standard Mix: 1%–3% pigment per total plastisol weight

Rich, Opaque Colors: Up to 5%, but too much pigment may affect flow & curing


How This Translates to Grams:

Plastisol Amount | 1% Pigment | 2% Pigment | 3% Pigment | 5% Pigment

100g plastisol | 1g pigment | 2g pigment | 3g pigment | 5g pigment

250g plastisol | 2.5g pigment | 5g pigment | 7.5g pigment | 12.5g pigment

500g plastisol | 5g pigment | 10g pigment | 15g pigment | 25g pigment

1kg (1000g) plastisol | 10g pigment | 20g pigment | 30g pigment | 50g pigment


Which Pigment Size Should You Choose?

5g Pigment – Best for small batch testing (up to ~500g plastisol at 1-2%)

25g Pigment – Great for mid-size projects (~500g-2.5kg plastisol)

50g Pigment – Ideal for larger production runs (~1kg-5kg plastisol)

We recommend starting with a lower percentage (1-2%) and gradually adjusting based on the intensity you're looking for. Metallic and interference pigments may require extra mixing for even dispersion.