Noizezz premium Music Filter Extreme (rood)

52.004

€ 49,95

Choose your colour:

NoColour

Choose your size:

1Size
Delivery 2-3 Working days

Description

Noizezz earplugs with the unique ‘bend’. They follow the curve of your ear canal, giving them an even better fit.

Listening to music is great, but overly loud music can reduce the enjoyment. NOIZEZZ music filters with flat attenuation keep the experience intact while lowering the volume.

The filters ensure an excellent music experience while rehearsing, performing or attending a concert. You'll experience high wearing comfort thanks to the fantastic ergonomic shape of the earplugs. The extreme filter is designed especially for those who love parties or performances where the music is really loud, such as heavy metal, techno and rave parties. But also for musicians who play percussion, such as drums.

Applications:

►Percussion musicians
Do you play a percussion instrument in a band, orchestra or solo? Then you know better than anyone how important it is to still clearly hear the musical nuances while wearing hearing protection. These filters offer the solution.

►Heavy metal performances
The beats, not the ringing. The music at a heavy metal show is often very loud, so protect your ears against it.

►Extreme dance
Enjoy the music at a party without suffering hearing damage.

►Techno and rave parties
At techno and rave parties, the sound is often so loud that you can suffer hearing damage within 10 minutes. So be kind to your ears and protect them with good hearing protection.

Attenuation values:

The attenuation values indicate the minimum attenuation in the high, mid and low frequencies. Besides sufficient attenuation, we find it important that our earplugs maintain good speech intelligibility. That's why we've designed our filters to preserve the unique sound experience and speech intelligibility.

SNR= 17 dB
H= 15 dB
M= 15 dB
L= 15 dB

H = Protection value at high frequency
M = Protection value at mid frequency
L = Protection value at low frequency
SNR = Average attenuation value