
M&SENSE Wild Rose Natural Scented Candle, 70 Hours Long Lasting Soy Candles 11.3oz, Stress Relief Aromatherapy Candles for Women
$22.42
Frequently Asked Questions
- Q: What is the burn time of the M&SENSE Wild Rose Natural Scented Candle? A: The M&SENSE Wild Rose Natural Scented Candle is designed to burn for 60 to 70 hours when properly cared for.
- Q: What materials are used in the M&SENSE Wild Rose Candle? A: This candle is crafted from a premium soy blend wax, which includes natural soy wax and palm wax, along with lead-free cotton wicks.
- Q: How should I care for the candle to maximize its burn time? A: To maximize the burn time, trim the wick to about one-quarter inch before each use and ensure the candle is placed in a draft-free area.
- Q: Is the candle suitable for people with allergies or sensitivities? A: The M&SENSE candle is made from natural ingredients, but if you have specific allergies or sensitivities, it's best to review the ingredients or consult a healthcare provider.
- Q: Can I use this candle in large rooms? A: It is recommended to use the candle in rooms smaller than 20 square meters for optimal fragrance throw.
- Q: What occasions is this candle suitable for gifting? A: This candle makes a great gift for various occasions, including Christmas, birthdays, Mother's Day, Father's Day, anniversaries, Thanksgiving, and Valentine's Day.
- Q: Is the packaging environmentally friendly? A: Yes, M&SENSE candles are packaged in recycled materials, including honeycomb paper and cardboard, promoting a more sustainable future.
- Q: What scents are available for the M&SENSE candles? A: The M&SENSE Wild Rose candle offers a natural rose scent, but additional scents may be available in the product line.
- Q: How do I store the candle when not in use? A: Store the candle in a cool, dry place away from direct sunlight to preserve its fragrance and quality.
- Q: Are the wicks made from natural materials? A: Yes, the wicks are made from lead-free cotton with paper filaments, designed to burn evenly and reduce carbon build-up.