Lavender Scented Soy Wax Candles

  • Candle made of natural soy wax and purified beeswax
  • The intense aroma of lavender, subtly complemented by patchouli
  • It contains Isolde lavender essential oil, patchouli essential oil and natural dried flowers that give the product their specific effects
  • A candle that not only purifies the air in the room, giving a fresh and natural smell, but also has beneficial effects on the nervous system, inducing a state of calm and relaxation
  • It doesn’t emit smoke, it doesn’t crackle and it doesn’t charge the atmosphere
  • Waxed cotton wick, which ensures a uniform and slow burning
  • Long burning time, up to 25 hours
  • Quantity 130 g

15,00 lei

Scented candle with lavender essential oil, patchouli essential oil and natural dried flowers that help you remove fatigue and stress, offering a calming and relaxing effect.

Once lit, this aromatherapy candle releases a faint but lingering aroma in the air. The perfume from lavender essential oil contributes to inducing a feeling of well-being, comforting, which helps to reduce the level of stress hormones.


purifies the air, prints an intense scent of lavender, balanced by that of patchouli, relaxes and calms

burning time: up to 25 hours

quantity: 130 g


natural soy wax, purified beeswax, lavender essential oil, NAH patchoull essential oil, dried natural flowers


For a complete burn of the candle, you must leave the flame burning until the entire surface of the candle is transformed into liquid (approximately 1 hour). Thus, no wax will remain on the walls of the vessel and you will fully enjoy the lavender essential oil released.

Before re-lighting the candle, remove the part of the burnt wick to avoid the release of smoke (from the burnt wick) during burning.

Precautions and warnings:

keep out of reach of children

not to be near animals

not to leave unattended during burning

not to keep it lit for more than 4 hours

not to let it burn to the end

not to let it burn near easily flammable objects

to sit on a heat-resistant surface