Ear Plugs With Headband
Practical reusable noise protection on a headband
- reduce ambient noise by 24 dB, ideal protection for light noise exposure, for working with power tools and construction machinery
- made of soft thermoplastic with fin structure, Ø 7–13 mm, suitable for all customary sizes
- EN 352-1-tested quality for peace of mind
Product description |
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The reusable earplugs with headband from wolfcraft reduce the ambient noise by 24 dB (H 27 dB / M 20 dB / L 19 dB ). They provide you with ideal protection for light noise exposure, e.g. for working with power tools and construction machinery. The soft thermoplastic reacts to your body heat and adapts to the shape of your ear canal. The earplugs come in diameters from 7 to 13 mm to fit all customary sizes. The fin structure further increases the sound insulation effect. Thanks to the practical headband, they are ideal for situations with short yet recurrent noise exposure. They can simply be removed from the ears and hang around the neck, conveniently at hand for their next use. As part of your personal protective equipment, the wolfcraft earplugs comply with the requirements of DIN EN 352-2. |
Properties |
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reduce ambient noise by 24 dB, ideal protection for light noise exposure H 27 dB / M 20 dB / L 19 dB – ideal for hearing protection for working with power tools and construction machinery with practical headband; ideal for situations with short yet recurrent noise exposure made of soft thermoplastic for high wearing comfort Ø 7–13 mm, fit all customary sizes fin structure optimally seals the ear canal EN 352-2-tested quality for peace of mind |
Technical data |
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Dampening value SNR | 24 dB |
Insulation value, HML | H 27 dB / M 20 dB / L 19 dB |
Diameter | 7 – 13 mm |
According to standard | EN 352-2 |
Explanation of technical terms, standards |
SNR insulation value: The SNR (Single Number Rating) is an averaged insulation value across all frequency ranges in decibels. It thus specifies the effectiveness of the hearing protection. HML insulation value: The HML values indicate how high the insulation effect is in the high (H), middle (M) and low (L) frequency ranges respectively. |