Enhance Fragrance Retention for Stronger Scent Vybar 260 is a high-performance wax additive specifically formulated to improve fragrance retention in container candles. It holds more fragrance oil in the wax, resulting in stronger scent throw during burning. Ideal for use with low melt point waxes like paraffin and vegetable blends, Vybar 260 is essential for creating richly scented candles with prolonged aromatic effects.
Lower Melt Point for Easy Pouring & Smooth Finish Vybar 260 is designed to work with softer, lower melt point waxes, such as those used in container candles, tarts, and wax melts. It improves the overall consistency of the wax, ensuring a smooth, even burn and a uniform appearance. This makes the candle-making process easier and more efficient, especially when pouring large batches or working with intricate molds.
Uniform Dye Dispersion & Reduced Oil Bleeds With Vybar 260, your candles will feature vibrant, even colors thanks to its ability to evenly distribute dye throughout the wax. This additive also reduces oil bleeds and mottling, common issues in high fragrance load candles. Whether you’re using synthetic or natural dyes, Vybar 260 ensures a smooth, consistent finish that looks as good as it smells.
Strengthen Candle Structure & Surface Gloss In addition to improving fragrance performance, Vybar 260 strengthens the overall structure of your candles, making them more resilient and less prone to surface imperfections. It adds a glossy, professional finish, enhancing the appearance of container candles and other soft wax applications. Vybar 260 is ideal for candles where both fragrance and aesthetics are crucial.
Expert Usage & Recommendations Use Vybar 260 at 0.5% to 2% of the total wax weight in your candle formulation for best results. This wax additive is ideal for softer, low melt point waxes such as those used in container candles and wax melts. Vybar 260 is perfect for candle makers seeking to enhance scent retention, color distribution, and overall candle structure in their creations.
