Proteção auditiva 3M X2A com arco de cabeça agricultura construção elevado nível de ruído

3M™ PELTOR™ X2 earmuffs are slim-cup hearing protectors designed for effective attenuation in moderate to high noise environments. The X2 range includes headband, helmet-attached and neckband models; the headband version features an electrically insulated twin headband and a wide, flat stainless-steel wire covered in soft plastic for durability and comfort. Colour-coded yellow, these earmuffs are intended to simplify selection of appropriate protection within the PELTOR X series. Replaceable cushions and foam inserts (Hygiene Kits) extend product life and maintain hygiene.

Advantages

The twin headband design reduces heat build-up on top of the head while providing stable pressure distribution. A dielectric construction with no exposed metal is available for applications with risk of spark or electrical charge. Slim cups improve compatibility with other safety equipment and wide, soft foam ear cushions increase wearing comfort for prolonged use. The headband’s coated stainless-steel wire offers robust performance, and helmet-mounted and neckband variants provide options when different mounting or insulation properties are required.

Suitable for

Key specifications

How to use

Position the earmuffs over the ears and adjust the headband or helmet attachment so that the ear cushions fully seal around the ear without excessive pressure. For helmet-mounted versions, connect the earmuff arms to compatible helmets according to the helmet manufacturer’s fitting instructions. Regularly check the condition of cushions and foam inserts and replace them using the appropriate Hygiene Kit when worn or damaged. Ensure the product is worn consistently in noisy areas to achieve the stated noise reduction.

Recommendations

Use the dielectric (insulated) headband or helmet versions when working near live electrical sources or where sparks may occur. Select the helmet-mounted P3 or neckband versions when dielectric protection is not required or when task mobility demands a different mounting style.