BB-P130 Low-Melt Paraffin Blending Wax

BB-P130 is a fully refined low-melt paraffin wax intended primarily for wax blending and custom candle formula development.

It can be used as a paraffin base wax or combined with soy wax, compatible paraffin waxes, microcrystalline waxes, or candle additives to adjust the performance of a custom blend.

Because BB-P130 has a relatively low fragrance capacity when used by itself, it should not be treated the same way as a ready-made container wax such as IGI 6006.

Final performance depends on the complete formula, including blend ratio, fragrance oil, additives, wick, dye, vessel, pour temperature, and cooling conditions.

• Fully refined low-melt paraffin wax
• Useful as a base wax or blending wax
• Can be incorporated into custom container wax formulas
• Can be blended with compatible soy or paraffin waxes
• Semi-translucent paraffin appearance
• Useful for formula testing and wax modification
• Best suited to makers comfortable with wax blending

1. Cut or break BB-P130 into smaller pieces if needed.
2. Weigh BB-P130 and the other waxes or additives in your test formula separately.
3. Melt the wax until completely liquid.
4. Add compatible blending waxes or additives according to your test formula.
5. Add fragrance oil at your tested fragrance-add temperature.
6. Stir slowly and evenly until the blend is fully incorporated.
7. Pour into a prepared test container.
8. Allow the candle to cool and cure before evaluating appearance, fragrance performance, adhesion, and burn behavior.

BB-P130 performs best when treated as one component of a complete candle formula rather than as a finished candle wax.

Change only one variable at a time when developing a blend. Record the exact percentage of every wax, additive, fragrance, dye, and wick used in each test.

• Need more hardness: Test a higher-melt compatible paraffin or hard microcrystalline wax.
• Need more opacity: Test compatible waxes or additives that increase opacity.
• Need more flexibility: Test a softer microcrystalline wax or compatible blending wax.
• Need higher fragrance capacity: Build the formula around compatible waxes or additives rather than simply adding more fragrance oil.
• Need better adhesion: Adjust blend ratio, vessel temperature, and cooling conditions.

When used by itself, BB-P130 typically has a relatively low fragrance capacity of approximately 3–5% without additional waxes or additives.

Higher fragrance percentages should only be tested as part of a properly developed blend. Adding more fragrance oil without changing the formula can cause sweating, weak structure, poor combustion, or unstable burn behavior.

ECO wicks can be used as a starting point for container testing, but final wick size depends on the complete wax blend, container diameter, fragrance oil, fragrance percentage, dye, and additives.

BB-P130, BB-P140, and BB-P150 represent different melt-point ranges and should be selected according to the structure you want from the finished wax blend.

• BB-P130: Lowest-melt option of the three. Useful as a softer paraffin base or for container-oriented blend development.
• BB-P140: Higher-melt and firmer than BB-P130, making it useful when additional structure or hardness is needed.
• BB-P150: Highest-melt and firmest of the three, better suited to formulas that need more hardness and heat resistance.

Higher melt point is not automatically better. Choose the wax based on the finished formula you need rather than simply selecting the hardest option.

Because BB-P130 is a blending wax, most performance problems must be evaluated as part of the complete formula rather than blamed on one ingredient.

• Low fragrance hold: Reduce fragrance load or test a compatible wax or additive designed to improve fragrance capacity.
• Wax is too soft: Test a higher-melt paraffin or harder compatible blending wax.
• Wax is too translucent: Test an opacity-building wax or compatible additive.
• Wax surface becomes wavy: Review additive percentage, pour temperature, and cooling conditions.
• Weak scent throw: Re-test fragrance compatibility, fragrance percentage, cure time, wick size, and formula balance.
• Poor glass adhesion: Adjust blend ratio, vessel temperature, pour temperature, and cooling conditions.
• Sweating: Reduce fragrance load or test a different fragrance oil.
• Unstable burn: Re-test wick size after every meaningful formula change.

Store BB-P130 in a cool, dry place away from direct sunlight, excessive heat, moisture, dust, and strong odors.

During warm-weather shipping, the wax may soften slightly or pieces may stick together.

This normally does not affect usability. Allow the wax to return to room temperature before cutting, weighing, or melting.

What is BB-P130 best used for?
BB-P130 is best used as a low-melt paraffin base wax, blending wax, or formula modifier for custom candle wax systems.

Is BB-P130 beginner-friendly?
It is better suited to intermediate makers because it requires formula development rather than simply melting, fragrancing, and pouring a finished commercial wax.

Can I use BB-P130 by itself?
It can be tested by itself, but it is generally more useful as part of a custom wax blend because fragrance capacity, hardness, adhesion, and burn performance may need adjustment.

Is BB-P130 a ready-made container wax?
No. It should be treated primarily as a low-melt paraffin base or blending wax rather than a finished container wax like IGI 6006.

Is BB-P130 a pillar wax?
No. Its lower melt point makes it better suited to blending and container-oriented formula development. For standard pillar candles, use a wax designed for pillars.

Can I blend BB-P130 with soy wax?
Yes. Soy wax can be tested as part of a custom paraffin-soy formula. Start with small batches and record the exact blend ratio.

Can I blend BB-P130 with microcrystalline wax?
Yes. Compatible microcrystalline waxes can be tested when additional flexibility, adhesion, hardness, or structure is needed.

How is BB-P130 different from BB-P140?
BB-P130 has a lower melt point and is softer. BB-P140 is firmer and better suited to formulas that need additional hardness or structure.

How is BB-P130 different from BB-P150?
BB-P150 has a higher melt point and provides more hardness and heat resistance. BB-P130 is better suited to lower-melt blend development.

How much fragrance oil can BB-P130 hold?
When used by itself, a practical testing range is approximately 3–5% without additional waxes or additives. Higher levels require formula development and testing.

Can BB-P130 improve hot throw?
It can contribute to fragrance performance in some custom blends, but scent throw depends on the complete wax formula, fragrance oil, wick, and cure time.

Can BB-P130 reduce frosting in soy blends?
It may change crystallization and appearance when blended with some natural waxes, but the result depends on the exact formula and should be tested.

What wick should I use?
ECO wicks can be used as a starting point for container blend testing. Final wick size depends on the finished wax blend, vessel diameter, fragrance, dye, and additives.

Why is my blend too soft?
The formula may need a higher-melt paraffin, harder microcrystalline wax, or a different blend ratio.

Why is my blend sweating?
Fragrance load may be too high or the fragrance oil may not be compatible with the finished formula.

Do I need to re-test the wick when I change the blend?
Yes. Even a small wax or additive change can alter melt behavior and fuel delivery.

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