Proteção facial e auditiva combinada 3M G5V5CH51 – viseira em policarbonato EN 1731

3M G5V5CH51 is a combined face and hearing protection unit featuring a metal net visor (PA) certified to EN 1731. The product integrates a durable wire mesh face shield with over‑ear hearing protectors to protect the wearer from flying debris, chips and splinters while providing attenuation of hazardous noise levels. The design allows hands‑free use and rapid adjustment for fit, making it suitable for industrial workshops, outdoor maintenance and landscaping tasks where both face and ear protection are required.

Advantages

The metal net visor offers clear airflow and minimal fogging while deflecting sparks, wood chips and large debris; it also provides good visibility compared with solid screens. Integrated hearing protectors save time and reduce the need to manage separate PPE items. The assembly is built for repeated use with components that allow simple height and angle adjustments to achieve secure, comfortable positioning on different head sizes.

Suitable for

Key specifications

How to use

Place the headband on the head and adjust the rear and side settings until the visor and ear cups are positioned comfortably and securely. Lower the metal net visor to cover the full face area and ensure the ear cups fully enclose the ears for effective noise attenuation. Inspect the visor and ear cushions before each use for damage or excessive wear and replace components according to the manufacturer’s maintenance guidance. Use the visor in combination with other required PPE when applicable, for example safety goggles under the mesh if protection against fine dust or splashes is needed.

Recommendations

Do not use the metal mesh visor for protection against liquid splashes, chemical exposures or fine dust; in those cases select an appropriate solid visor or additional eye protection. Store the unit in a clean, dry place away from direct sunlight and high temperatures, and follow local workplace safety procedures for hearing protection selection based on measured noise levels.