BB-C35 Soy Pillar & Mold Wax

BB-C35 Soy Pillar & Mold Wax is made for candles that need enough structure to stand without a container.

It is firmer than soy container wax and is better suited to pillar candles, molded candles, and simple decorative wax shapes.

BB-C35 has a solid white to opaque appearance and is designed to release from molds more easily than soft container waxes while still maintaining enough strength for freestanding candles.

Final results depend on mold shape, fragrance oil, wick, dye, pour temperature, cooling conditions, and cure time.

• Soy-based wax for pillars and molds
• Firm structure for freestanding candles
• Hard slab form for cutting and melting
• Designed for cleaner mold release
• Good choice for simple molded candle shapes
• Suitable for scented or unscented pillar candles
• Can be tested with fragrance loads up to approximately 8%

1. Cut or break the slab wax into smaller pieces.
2. Weigh the amount of BB-C35 needed for your batch.
3. Melt the wax until completely liquid.
4. Add fragrance oil at your tested fragrance-add temperature.
5. Stir slowly and evenly until fully blended.
6. Add candle dye if desired and mix thoroughly.
7. Pour into a clean, prepared mold.
8. Allow the candle to cool completely before unmolding.
9. Use a top-off pour if needed for larger molds or visible sinkholes.

A practical fragrance range for BB-C35 is approximately 4–8%. Higher fragrance levels can weaken the structure of the wax, reduce mold release, create sweating, or change burn performance.

CD wicks are a common starting point, but wick size must be tested with the exact pillar diameter, mold shape, fragrance oil, dye, and fragrance percentage.

BB-C35 works best in molds that allow the wax to cool evenly and release without stressing thin or delicate sections.

• Simple molds: Cylinders, basic geometric shapes, and solid forms are usually easier to test.
• Silicone molds: Allow the candle to cool fully before flexing the mold and removing the piece.
• Metal molds: Make sure the mold is clean and dry before pouring.
• Detailed molds: Thin petals, narrow arms, sharp points, or fragile details may need a more flexible wax blend.
• Release problems: Test cooling time before adding mold release products.

Freestanding candles require careful burn testing because there is no container to hold the melt pool.

• Test the exact finished candle diameter and height.
• Check the flame size throughout the full burn cycle.
• Watch for tunneling or a melt pool that becomes too wide.
• Monitor sidewall thickness as the candle burns.
• Watch for excessive dripping or sidewall blowout.
• Re-test after changing fragrance, dye, wick, or mold size.

BB-C35 and container soy wax are designed for different candle styles.

• BB-C35: Firmer wax made for pillars, molds, and freestanding candles.
• Container soy wax: Softer wax designed to remain inside jars, tins, and other vessels.

Container soy wax is usually too soft for reliable freestanding candles, while BB-C35 is generally too firm to be the first choice for standard jar candles.

Molded soy candles are sensitive to mold shape, fragrance load, temperature, cooling speed, wick size, and room conditions.

• Poor mold release: Allow the candle to cool fully and test a simple mold shape before changing the wax formula.
• Sinkholes: Test a top-off pour after the first pour begins to set.
• Cracking: Avoid cold molds, cold rooms, and rapid cooling.
• Frosting: Reduce large temperature swings and allow candles to cool gradually.
• Weak scent throw: Re-test fragrance compatibility, fragrance percentage, cure time, and wick size.
• Candle bends or feels too soft: Review fragrance load and cooling conditions.
• Pillar tunnels: Test a larger wick or review wick series.
• Pillar blowout or excessive dripping: Test a smaller wick before producing finished candles.

Store BB-C35 in a cool, dry place away from direct sunlight, excessive heat, moisture, dust, and strong odors.

BB-C35 is supplied in hard slab form. During warm-weather shipping, the slab may soften slightly or develop surface marks.

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

What is BB-C35 best used for?
BB-C35 is best used for pillar candles, molded candles, and simple freestanding decorative wax shapes.

Is BB-C35 beginner-friendly?
It is better suited to intermediate makers because molded and pillar candles require careful wick, mold, cooling, and full-burn testing.

Can I use BB-C35 for pillar candles?
Yes. Pillar candles are one of its main applications.

Can I use BB-C35 in silicone molds?
Yes. Simple silicone molds can work well. Highly detailed molds with thin or fragile sections may require additional testing or a more flexible wax blend.

Can I use BB-C35 in metal molds?
Yes. Allow the candle to cool completely before unmolding and test cooling conditions for your mold size.

Can I use BB-C35 for container candles?
It is not the first choice for standard container candles. Use a dedicated container wax for jars and tins.

Can I use BB-C35 for wax melts?
It can be tested for some molded wax pieces, but a dedicated tart or wax melt wax is generally better for clamshells, snap bars, and high-fragrance melts.

Does BB-C35 need additives?
It is designed to be tested as a pillar and mold wax without additional additives for normal use. Additives should only be introduced when developing a custom formula.

How much fragrance oil can I use?
A practical testing range is approximately 4–8% by wax weight. Higher fragrance levels may reduce hardness, mold release, and burn stability.

What wick should I use?
CD wicks are a common starting point. Final wick size depends on candle diameter, height, fragrance oil, dye, and full-burn test results.

Why did my pillar candle crack?
Cracking can be caused by cold molds, cold room temperature, rapid cooling, or temperature conditions that do not suit the mold and wax.

Why is my candle difficult to remove from the mold?
Make sure it is completely cooled before unmolding. Mold design, cooling time, and fragrance load can also affect release.

Why does my pillar candle tunnel?
Tunneling is commonly related to wick size or candle diameter. Re-test with a larger wick or a different wick series.

Why did the side of my pillar candle collapse?
The melt pool may be too large for the candle diameter. Wick down and re-test the full burn cycle.

How long should BB-C35 candles cure?
Allow the candle to harden completely before unmolding. For scented candles, many makers allow several days to 1–2 weeks before final fragrance and burn evaluation.

Do I need to burn test every mold size?
Yes. Diameter, height, shape, fragrance, dye, and wick selection can all change the way a freestanding candle burns.