BB-P130 Low Melt Paraffin Container Wax

BB-P130 Low Melt Paraffin Wax is a fully refined paraffin wax used for wax blending, custom container formulas, and additive testing. It has a semi-translucent paraffin finish and can help improve hot throw and reduce frosting when used correctly in a candle blend.

This wax is not a ready-to-use standalone candle wax for most makers. It performs best as part of a custom formula with other waxes or additives, depending on your desired hardness, opacity, fragrance load, adhesion, and burn behavior.

• Fully refined low-melt paraffin wax
• Useful as a base wax or blending wax
• Can help amplify hot throw in custom blends
• Can help reduce frosting in some wax formulas
• Semi-translucent paraffin-style appearance
• Best for makers who understand wax blending and testing

1. Cut or break the wax into smaller pieces if needed.
2. Melt wax until fully liquid while monitoring temperature.
3. Blend with your chosen waxes or additives as needed.
4. Add fragrance oil at your tested fragrance-add temperature.
5. Stir slowly and evenly until fully blended.
6. Pour into your prepared container or test mold.
7. Allow candles to cure before burn testing.

BB-P130 has a low fragrance load when used by itself, typically around 3–5% without additives. For higher fragrance loads, it usually needs to be blended with other waxes or additives.

ECO wicks can be used as a starting point for container testing, but wick size must be tested with your exact blend, jar, fragrance oil, dye, and fragrance load.

BB-P130 is a blending wax, so final performance depends heavily on the full formula. Weak structure, low opacity, sweating, poor adhesion, sinkholes, weak scent throw, or wick issues can happen if the blend is not balanced.

• Low fragrance hold: Use a proper additive or blend with another wax designed for higher fragrance load.
• Too translucent: Test opacity-building additives or blend with soy, beeswax, or a compatible wax.
• Wax looks wavy: Reduce additive percentage and retest.
• Weak scent throw: Test fragrance load, cure time, wick size, and formula balance.
• Poor adhesion: Adjust blend ratio, jar temperature, and cooling process.
• Unstable burn: Re-test wick size after every formula change.

Store wax in a cool, dry place away from direct sunlight, heat, moisture, and strong odors.

BB-P130 is a hard paraffin wax and may soften slightly during hot-weather shipping. This usually does not affect usability. Let the wax return to room temperature before cutting, weighing, or melting.

Is BB-P130 beginner-friendly?
Not really. It is better for intermediate makers who want to build or adjust custom candle formulas.

What is BB-P130 best used for?
It is best used as a paraffin base wax, blending wax, or additive for custom container candle formulas.

Can I use BB-P130 by itself for candles?
It is not recommended as a standalone candle wax for most candle-making projects. It usually performs better when blended with other waxes or additives.

Is BB-P130 a pillar wax?
No. BB-P130 is a low-melt paraffin wax mainly used for container blend development, wax blending, and additive purposes. For pillar candles, use a pillar wax such as BB-P55.

How is BB-P130 different from BB-P140?
BB-P130 has a lower melt point and is better positioned as a low-melt paraffin base or blending wax. BB-P140 is higher melt and firmer, making it more useful when you need extra hardness or structure in a blend.

How is BB-P130 different from BB-P150?
BB-P150 has a higher melt point and is firmer. BB-P130 is lower melt, more flexible for container blend adjustments, and less suited for adding hardness than BB-P150.

Can BB-P130 improve hot throw?
Yes, it can help improve hot throw in some custom blends, but it is not magic. The final result depends on the full wax formula, fragrance oil, wick, and cure time.

Can BB-P130 reduce frosting?
It may help reduce frosting when blended into some natural wax formulas. Testing is required because every wax blend reacts differently.

What additives work with BB-P130?
Common formula-testing options include Vybar 103, stearic acid, soy wax, beeswax, or other compatible waxes. Additives should be tested in small batches before production.

How long should candles cure?
Allow test candles to cure for at least several days before judging scent throw and burn performance. Longer cure time may be needed depending on the blend.