GAFAS DE PATILLA T-U MERCURO GRIS/NEGRO LENTE POLARIZADA ANTI-RAY.

The MERCURO goggles from Bollé Safety combine a wraparound frame with polycarbonate lenses for outdoor activities. Lightweight and free from metal parts, they offer a wide field of vision.

Characteristics:
These safety goggles have a full, wraparound frame that protects the eyes from the sides while preserving peripheral vision. With no metal parts, they feature a polycarbonate and TPR frame as well as polycarbonate lenses. The wide temples and reinforced hinges help maintain stability during movement.

The range comprises three references, distinguished by the tint and treatment of their lenses:
• MERCSP: brown lenses and PLATINUM treatment (anti-fog and anti-scratch) on both sides;
• MERPSF: smoke lenses and PLATINUM treatment (anti-fog and anti-scratch) on both sides;
• MERPOL: polarised smoke lenses with anti-scratch treatment.

Specifications:
• Weight: 32 g
• Frame type: full, wraparound
• Frame material: polycarbonate / TPR
• Lens material: polycarbonate
• Lens thickness: 2.2 mm
• Lens base: 8 (very curved)
• Optional accessory: PSPUNISS01 universal cord

Characteristics by reference:
• MERCSP: grey/black frame, COPPER brown lenses, PLATINUM treatment, 64 % light transmission
• MERPSF: black/yellow frame, SMOKE smoke lenses, PLATINUM treatment, 13 % light transmission
• MERPOL: black/grey frame, polarised smoke lenses, anti-scratch treatment, 13 % light transmission

Standards:
• EN 166: European standard relating to the general requirements for personal eye protection. FT marking indicating resistance to low-energy impacts at extreme temperatures
• EN 172: European standard concerning solar protection filters for industrial use. Protection level 5-1.4 for the MERCSP reference and 5-3.1 for the MERPSF and MERPOL references
• Optical class 1: class indicated on the lenses of the three references, corresponding to prolonged use
• K and N markings: present on the MERCSP and MERPSF references, they correspond respectively to resistance to surface damage by fine particles and resistance to misting