3M Peltor X4 komfort x-seriens høreværn dæmper op til 33 dB, Hi-Viz, hovedbøjle X4AGB.

Peltor Kapselgehrschutz X4 Warnfarbe 3M X4A 3M X4A, Head-band, Agriculture, Construction, High noise environment, Black, Green, Acrylonitrile butadiene styrene (ABS), PU foam, Polyvinyl chloride (PVC), Thermoplastic..., H=36 M=30 L=22, 32 dB 3M X4A. Wearing style: Head-band, Best uses: Agriculture, Construction, High noise environment, Product colour: Black, Green. Weight: 234 g 3M™ PELTOR™ X4 Earmuffs are our lightweight and slim hearing protectors with innovative foam earcup inserts and spacers to help boost attenuation and protect against low frequencies. Available as headband, helmet attachment and neckband models. The headband model features an electrically insulated, twin headband that decreases heat build-up on top of the head. Depending on wearer preference or application need, the helmet attached versions are available as either dielectric electrically insulated or with robust metal arms. For high performance hearing protection against moderate to high noise levels, use 3M™ PELTOR™ X4 Earmuffs. 3M PELTOR Earmuffs X4 are colour-coded high visibility bright green, making it simple to select the correct level of protection from the X series range. Combining 3M's legendary hearing protection knowledge with advanced technology, our earmuffs include a specially designed spacer and ear cushion technology, which improves noise reduction without the excess bulk and weight. Meaning the X4 is lightweight and even more streamlined compared to other high attenuating earmuffs whilst reducing noise up to 32 dB. The headband model features an electrically insulated, twin headband design that helps reduce heat build-up on top of the head, and the stainless steel wire, coated with plastic makes the headband the most robust 3M has to offer. It is both strong and comfortable as the flat wide headband has a soft plastic coating providing stable pressure on top of the head. No exposed metal means the product is 'dielectric' providing electrical resistance for ...