Yato 34 dB hearing protectors are designed to provide optimal hearing protection in particularly noisy environments. These hearing protectors combine high quality materials and ergonomic design, making them comfortable to wear for long periods of time. The hearing protectors provide excellent noise attenuation, making them suitable for a wide range of applications, including construction sites, industrial environments and shooting ranges.The 34 dB noise attenuation level provides effective protection against loud noises, protecting the user's hearing during prolonged use.
Ergonomically designed padding and an adjustable headband ensure that the hearing protectors fit comfortably for users of all sizes. The cushions are made of soft and skin-friendly material, which increases comfort and reduces pressure on the ears. In addition, the hearing protectors have a compact and foldable design that makes them easy to store and carry.
Applications
Yato Hearing protectors 34 dB are ideal for use in a wide range of noisy environments such as construction sites, industry and shooting ranges. The high noise attenuation level of these hearing protectors makes them ideal for situations involving prolonged or very loud noise exposure. The hearing protectors are also useful for music concerts and other events where noise levels can be at a damagingly high level.
Features
Noise attenuation: 34 dB
Ergonomics: Soft, skin-friendly padding and adjustable headband
Construction: Compact and foldable, easy to store and carry
Intended use: Suitable for construction sites, industry, shooting ranges and music concerts
Material: High quality, durable materials for long life
Instructions for use
Prepare the hearing protectors.
Ensure tightness: make sure the padding fits snugly around the ears for optimum noise attenuation.
Storage.
Warnings
Always wear hearing protectors in noisy environments to protect your hearing.
Make sure the hearing protectors fit snugly to provide the best possible protection.
Do not use hearing protectors in humid conditions or expose them to extreme temperatures, as this may reduce their performance and lifetime.
