You may test melts with a 15 W electric warmer and have perfect scores across your hot throw scoreboard, but a customer using a 25 W warmer may get nothing from it because it burns too hot. This means finding the sweet spot for your particular wax melt design is completely in control of the customer instead of the wick. Higher wattage’s produce more heat and raise the melt pool of the wax higher than lower wattage bulbs. Why does this matter? Because each warmer will raise the melt temperature to a different level which impacts the effectiveness of the warmer.Įlectric warmers generate heat according to the wattage of the bulb.
#Best wax melter portable
Wax melts are a portable product, consumed by an endless variety of warmers and melters. The wick is the wick, and nothing can change that. Choosing a wick is by far the most important decision in candle making, but it’s a closed system. The enormous variety in wax warming technology complicates melt design. Tealight warmers might use a flame, but the concept below remains the same. Traditional candles balance the melt pool temperature with a wick, but melts and warmers rely on electricity. Hot throw depends on a lot of factors in the candle system, including the melt pool. They also become much easier to remove from warmers when their time has come. It’s not impossible to make melts from soy (or low melt point wax), but higher melt points and stronger structural wax holds up far better during transport on hot days. Soft wax makes it really hard to pop the wax disk from the melter (after it’s harder).
They also prefer the ability to rip and replace wax melts if they aren’t enjoying one or just want to melt a different one. Wax warmer power users know that every melt typically runs out of hot throw before the entire amount of wax is gone. The potential for slight melting on a hot day completely disrupts candle “stand-ability”.Ĭreating wax melts or tarts from pure soy or anything with lower melt points means temperature and storage could significantly impact pre and post performance. As is anything with melt temperatures below roughly 130 ☏ depending on circumstance. If you’re making pillars, votive candles, or anything that needs structure, soy is a poor choice. Soy typically melts lower than paraffin, palm or coconut, which helps with adhesion and form-fitting, but is terrible for firmness. When candle makers talk about soft wax, they’re usually describing wax with a lower melt point.
0 kommentar(er)
