NoNoise Ear Protection 'Water Sports' 1 pair
Premium quality, industrial grade hearing protectors specially tuned for water sports, (swimming, snorkeling, surfing, sailing, etc.). These ear plugs effectively keep water out of your inner ears, protecting your middle ear and ear drum from bacterial build-up, irritation and damage. NoNoiseâ„¢ water sports ear plugs also protect your hearing from harmful noise levels while allowing nearby sounds and conversations to remain clearly audible, without a muffled (occlusion) effect. They fit comfortably and last a long time, even with daily use.
The best choice for water sports for 25 years.
The innovative NoNoiseâ„¢ hearing protectors were created by a prominent European expert who has been developing and producing professional hearing protectors for many years. The patented ceramic acoustic filter and hypoallergenic, silicone-free SoftFit-Thermoplastic plugs ensure maximum hearing protection and wearer comfort. These ear plugs can be worn comfortably all day and will fit most adults, adolescents, and many children (ages 8 on up).
Nonoiseâ„¢Â earplugs. Designed specifically for water sports enthusiasts.
- The only ear plug with a ceramic* filter
- Natural and clear sound reproduction
- Filters out only what you donâ€™t want to hear
- Helps prevent swimmer/surferâ€™s ear
- Long life durability, even with daily use
- Least muffling, most effective attenuation
Listen to the NoNoise difference
Bacteria accumulating in your ears due to prolonged water contact can cause nasty infections, often leading to the development of swimmerâ€™s ear or surferâ€™s ear. Using NoNoiseâ„¢ ear plugs developed specifically for water sports, you can prevent ear infections.
NoNoiseâ„¢ Watersport hearing protectors are precision tuned for optimal attenuation at the sound frequencies experienced by water sports enthusiasts, both indoors (loud voices) and outdoors (wind).
All data in decibels (dB)
M = Mean attenuation; S = Standard deviation; APV = Assumed protection value;
SNR = Single number rating; H M L = Value in high medium and low frequency spectrum