Crafted with professional-grade ingredients, this blend ensures an optimal scent throw that gently disperses through your space. Whether you are stocking up on supplies for your own home or looking to expand your handmade product line, this easy-to-follow guide will help you achieve a high-quality, long-lasting finish every time.
Plug-in diffusers use a small, low-heat heating element to warm a ceramic or felt wick that is saturated in fragrance oil. As the wick warms up, the fragrance evaporates gently into the air, providing a continuous stream of scent without the need for flames or water.
Click here to shop our Plug In Diffuser Supplies.
1. Can I Use Standard Reed Diffuser Oil In My Plug In?
No, it is not recommended. Reed diffuser oil is formulated for passive evaporation at room temperature and is often too thick for electrical warmers. Plug-in units require a specialized, thinner base (like Augeo or Dowanol DPM) that can withstand mild heat without clogging the wick or burning.
2. What Is The Correct Ratio Of Fragrance Oil To Base?
For electric plug-ins, a ratio of 25% fragrance oil to 75% diffuser base is standard. Because heat intensifies the aroma, you often do not need as much fragrance as you would in a passive reed diffuser to achieve a strong scent throw.
3. Can I Use Pure Essential Oils In My Plug In Diffuser?
While you can use essential oils, they must be diluted in a proper diffuser base. Plugging in undiluted essential oils can cause them to burn off too quickly, clog the wick, or degrade the plastic housing of the warmer due to their high concentration.
4. How Long Do Homemade Plug In Refills Last?
A standard 30ml refill will typically last between 45 and 90 days when plugged in continuously. The exact lifespan depends on the temperature of your plug-in warmer and the evaporation rate of the base you choose.
5. Why Is My Plug In Refill Not Smelling As Strong As It Used To?
If the scent throw has weakened, it is usually time to replace the wick. Over time, the wick can become clogged with heavy fragrance compounds or dust, preventing the liquid from traveling up to the heating element efficiently.
