Optime III is a super-muff, and has been developed for use in extremely noisy environments. The protection is based on a technology with a double casing that minimises resonance in the holder casing. This results in maximum high-frequency muffling, while at the same time its still easy to understand speech and signals. An acoustic connection between the inner volume and the volume between the casings in its turn provides maximum low-frequency muffling. The sealing rings are broad and filled with soft plastic foam for the best fit and low contact pressure. Effective protection and best comfort are the hallmarks of Optime III. SNR = 35dB, H = 40dB, M = 32dB, L = 23dB
- General
- Optime III is a super-muff, and has been developed for use in extremely noisy environments. The protection is based on a technology with a double casing that minimises resonance in the holder casing. This results in maximum high-frequency muffling, while at the same time its still easy to understand speech and signals. An acoustic connection between the inner volume and the volume between the casings in its turn provides maximum low-frequency muffling. The sealing rings are broad and filled with soft plastic foam for the best fit and low contact pressure. Effective protection and best comfort are the hallmarks of Optime III. SNR = 35dB, H = 40dB, M = 32dB, L = 23dB
| An acoustic connection between the inner volume and the volume between the casings in its turn provides maximum low-frequency muffling |
| and has been developed for use in extremely noisy environments |
| Effective protection and best comfort are the hallmarks of Optime III. SNR = 35dB |
| H = 40dB |
| L = 23dB |
| M = 32dB |
| Optime III is a super-muff |
| The protection is based on a technology with a double casing that minimises resonance in the holder casing. This results in maximum high-frequency muffling |
| The sealing rings are broad and filled with soft plastic foam for the best fit and low contact pressure |
| while at the same time its still easy to understand speech and signals |