Paraflint H-1 High-Melt Candle Wax Additive

Paraflint H-1 is a high-melt specialty wax additive used mainly with paraffin wax when clarity and glow-through appearance are important.

Paraffin is naturally translucent, but snow spots, mottling, other additives, dye, and cooling conditions can make the finished wax appear cloudy.

Paraflint H-1 can help create a cleaner translucent appearance, making it particularly useful for hurricane shells, wax veneers, decorative outer shells, and other specialty wax projects.

This product is not a standalone candle wax and is not a direct replacement for Vybar, Stearic Acid, or Microcrystalline Wax.

• Very high-melt specialty wax additive
• Helps clarify paraffin wax
• Supports cleaner glow-through effects
• Can reduce cloudy or mottled visual appearance
• Useful for hurricane candle shells
• Useful for wax veneers and decorative shell work
• Adds structure to specialty paraffin formulas
• Best for controlled small-batch formula testing

1. Measure the base paraffin wax for your formula.
2. Measure the required amount of Paraflint H-1.
3. Melt Paraflint H-1 separately because of its very high melt point.
4. Make sure the Paraflint H-1 is fully liquid before combining it with the base wax.
5. Add the melted Paraflint H-1 to the fully melted paraffin wax.
6. Stir slowly until completely and evenly blended.
7. Add dye or fragrance only if required by your tested formula.
8. Pour into the prepared mold or specialty candle form.
9. Allow the finished wax piece to cool completely before evaluation.

One of the most useful applications for Paraflint H-1 is a decorative hurricane-style wax shell where light is intended to glow through the wax wall.

Paraflint H-1 can help reduce the cloudy appearance of paraffin and create a cleaner, more even glow.

• Keep the shell wall reasonably consistent.
• Limit opaque additives when translucency is important.
• Use dye conservatively if a glow-through effect is desired.
• Control mold temperature and cooling conditions.
• Test the exact finished shell with its intended light or candle system.

Paraflint H-1 can also be used when developing thin decorative wax veneers or outer wax shells.

Higher concentrations may be used in specialized veneer formulas where additional structure, cleaner appearance, and drip control are desired.

Published candle-making guidance has used approximately 20% Paraflint H-1 in veneer formulas.

Paraflint H-1 and Vybar can both modify paraffin wax, but they are used for different formulation goals.

• Paraflint H-1: Primarily useful for clarity, glow-through appearance, veneer structure, and specialty translucent paraffin projects.
• Vybar 103: Primarily used with higher-melt paraffin formulas for oil binding, opacity, mottling control, and fragrance retention.
• Vybar 260: Primarily used with lower-melt paraffin container formulas for oil binding and surface modification.

Stearic Acid and Paraflint H-1 are also used for different reasons.

• Paraflint H-1: Used when clarity, glow-through appearance, and specialty high-melt structure are important.
• Stearic Acid: Used mainly to increase hardness, opacity, and mold-release characteristics.

If your goal is a translucent hurricane-style candle, adding an opacity-increasing additive can work against the visual effect you are trying to achieve.

Paraflint H-1 should be treated as a specialty formulation ingredient.

When testing a formula, evaluate:

• Translucency
• Glow-through appearance
• Snow spots and mottling
• Hardness
• Brittleness
• Veneer or shell thickness
• Cooling behavior
• Drip behavior
• Wick and burn performance if the finished piece is designed to burn

• White beads or specks remain: Paraflint H-1 may not have been completely melted before blending.
• Wax still looks cloudy: Review dye, fragrance, other additives, base paraffin, pour conditions, and cooling speed.
• Weak glow-through effect: Reduce opaque additives and test a thinner wax wall.
• Finished wax is too hard or brittle: Reduce the amount of Paraflint H-1.
• Uneven appearance: Make sure the additive is fully melted and evenly mixed.
• Poor burn behavior: Re-test the wick and complete full burn testing if the finished candle itself is intended to burn.

Store Paraflint H-1 in a cool, dry place away from direct sunlight, excessive heat, moisture, dust, and strong odors.

Paraflint H-1 is supplied in small bead form. Beads may clump slightly during storage or warm-weather shipping.

This normally does not affect usability. Break up clumps before measuring and make sure the material is fully melted before blending.

Is Paraflint H-1 a regular paraffin wax?
No. Paraflint H-1 is a high-melt synthetic specialty wax used as an additive in paraffin candle formulas.

What is Paraflint H-1 mainly used for?
It is mainly used for paraffin clarification, cleaner glow-through effects, hurricane shells, wax veneers, and specialty translucent wax projects.

What is the melt point of Paraflint H-1?
Its melt point is approximately 208°F.

Why do I need to melt it separately?
Its melt point is much higher than many standard candle paraffins, so it should be fully melted before being mixed into the base wax.

How much Paraflint H-1 should I use?
Approximately 1 teaspoon per pound of paraffin wax is a common starting point for general clarity testing.

Can I use 20% Paraflint H-1?
Around 20% has been used in specialized wax veneer formulas. This is not a general-purpose starting rate and should be tested carefully.

Will Paraflint H-1 make paraffin transparent?
No. It can improve clarity and produce a cleaner translucent glow, but it does not turn paraffin into transparent wax.

Can I use Paraflint H-1 for hurricane candle shells?
Yes. Hurricane shells and decorative wax veneers are among its most useful candle-making applications.

Can I use Paraflint H-1 with soy wax?
It is primarily intended for paraffin-based formulas and is not a typical additive for standard soy candle wax.

Is Paraflint H-1 the same as Vybar 103?
No. Paraflint H-1 is especially useful for clarity and glow-through applications, while Vybar 103 is more commonly used for oil binding, opacity, and other performance adjustments in high-melt paraffin.

Is Paraflint H-1 the same as Stearic Acid?
No. Stearic Acid is used mainly for hardness, opacity, structure, and mold release. Paraflint H-1 is more useful when translucency and clean glow are important.

Do I need to burn test after adding Paraflint H-1?
Yes, if the finished candle is designed to burn directly. Any formula change can affect wick and burn behavior.