432 Hz 9 Hour Singing Bowls • Deep Sleep Music & Healing Frequency (Official Long Play)
Drift into deep rest with this 9-hour 432 Hz singing bowls track, designed to guide your mind and body into natural harmony. Tuned to the healing frequency of 432 Hz, this long play recording helps reduce stress, calm the nervous system, and support restorative sleep. Whether you are seeking deep sleep music, meditation background, stress relief, or healing vibrations, this extended session of Tibetan singing bowls will be your perfect nighttime companion. Many listeners choose this track as their nightly soundscape for uninterrupted rest and inner peace. Play it quietly while you sleep, meditate, or relax—and may the gentle resonance of the singing bowls restore balance to your energy. Details: • Length: 9 hours (ideal for overnight sleep) • Frequency: 432 Hz (natural tuning, calming & restorative) • Instruments: Tibetan singing bowls, sustained harmonics • Uses: Sleep, meditation, yoga, energy healing, relaxation 💤 Allow yourself to surrender to the sound, and let this trusted long-play recording be the one you return to every night. 0:00:00 9 Hours Deep Sleep Music | Soothing Ambient Sounds 1:00:00 8 Hours Music for Insomnia Relief | Relaxation & Stress Reduction 2:00:00 7 Hours Peaceful Music to Quiet Your Mind | Meditation and Sleep 3:00:00 6 Hours Healing Sleep Music | Calm Anxiety with 432Hz Frequencies 4:00:00 5 Hours Calming Music for Study & Focus | Improve Concentration 5:00:00 4 Hours Soothing Music for Deep Relaxation | Fall Asleep Fast 6:00:00 3 Hours Gentle Sleep Music | Unwind After a Long Day 7:00:00 2 Hours Music for Restorative Sleep | Guided Calm 8:00:00 1 Hour Power Nap Music | Quick Energy Boost 8:30:00 30 Minutes Sleep Aid for Quick Nap | Short Rest Music 美しい自然の音で、心安らぐひとときをお届けします。ぐっすり眠りたい時や、集中したい時におすすめです。 Gould van Praag, Cassandra D., et al. “Mind-Wandering and Alterations to Default Mode Network Connectivity When Listening to Naturalistic versus Artificial Sounds.” Scientific Reports, vol. 7, no. 1, 27 Mar. 2017, www.nature.com/articles/srep45273#results, https://doi.org/10.1038/srep45273.
