Introducing Cupcake Fire Lighters, a delightful and eco-friendly way to light your fires, blending functionality with style. Shaped like charming cupcakes and infused with a refreshing orange scent, these fire starters make lighting your fireplace, stove, or campfire an aromatic experience.
Handcrafted using 100% natural ingredients, each fire lighter is made from soy wax and paper, then decorated with pine cones, natural dried materials, herbs, or dried flowers, ensuring a clean, sustainable burn that’s free from harmful chemicals. The vibrant colors and cupcake-like appearance add a whimsical touch to your fire-starting routine, while the citrusy orange fragrance creates a warm and inviting atmosphere.
Presented as a set of 4 in a cupcake box complete with ribbon. The perfect gift for any occasion.
Perfect for cozy nights in front of the fireplace, outdoor fire pits, or camping trips, these fire lighters are not only practical but also aesthetically pleasing. Simply light the wick, and enjoy a quick, easy, and long-lasting flame. (roughly 15 minutes, enough time to ignite your fire)
Key Features:
- Cupcake design for a fun, decorative touch
- Made from natural ingredients like soy wax, pine cones, herbs, and flowers
- Infused with an invigorating orange scent
- Eco-friendly and non-toxic
- Ideal for indoor and outdoor fires
- Long shelf life - 2 months + (the flowers may fade after that time)
Enhance your fire-starting ritual with Cupcake Fire Lighters, where beauty, nature, and practicality meet!
Natural Firelighters 4 pack
Carefully light the long wick underneath your kindeling.
For lighting fires, place the entire firelighter in the center of the fire, ensuring your firewood is above the flame.
Not recommended for use as a scented candle.
Use with a suitable chimney or use outdoors.
Do not inhale the smoke.
Keep children away from naked flames.
Do not leave the firelighter unattended when it has been lit.
Caution! When lit, the entire firelighter will slowly set alight and should not be lit on an unsuitable surface.