Square Braided™ Wick is a unique formulation that works in various candle applications, including tealights, votives, pillars, and containers. Initially designed for beeswax, its construction is an excellent choice for waxes that are highly viscous when molten. Manufactured from 100% natural fibers and finished with chemical treatments, this wick is made for improving burn qualities in a candle.
Constructed with 100% natural fibers, Ply™ Wick, also referred to as a flat or regular, is commonly used in tapers and pillars. The slight curl the wick produces when it burns reduces carbon build-up and allows for an even burn throughout the candle’s life.
Constructed with 100% natural fibers, Performa™ Wick is ideal for tapers, pillars, medium, and large containers. The Performa™ Wick promotes a more symmetrical wax pool and self-trimming posture. It provides increased rigidity in the wax pool, perfect for those tough-to-burn bees and viscous waxes.
Constructed of 100% natural fibers, Aroma-Lite™ Wick by Atkins & Pearce is often used in container and pillar candles. As a self-trimming wick, Aroma-Lite™ Wick features a blend of all-natural braided textiles that reduce and inhibit carbon heading and burn in candles with high levels of fragrance.
Perfect for withstanding those tough-to-burn applications, HTP™ Wick by Atkins & Pearce is an excellent wick for paraffin and vegetable candle systems. HTP™ Wick features a blend of high-performance fibers and natural materials to form a flat braid, which helps improve rigidity, produce a more predictable wick posture, and provide the benefits of a self-trimming wick.
Zinc Core™ Wick is a unique formulation that works in various candle applications, including votives, pillars, and containers. The jacket design is manufactured from 100% natural fibers and maintains superior rigidity in the molten wax pool.
Constructed from 100% natural fibers, Cotton Core™ Wick by Atkins & Pearce is often used in votives, pillars, and containers. Cotton Core™ Wick is designed to help reduce carbon build-up during the burn cycle. The cotton outer braid surrounds an inner filament of cotton, increasing rigidity in the molten wax pool.