Pyramex DUCLAM1 Shooting Glass with Interchangeable Lenses

The Pyramex DUCLAM1 Shooting Glasses features five interchangeable H2X anti-fog lenses. Kit includes Black neoprene cases with DU logo, microfiber cleaning bag with DU logo and camo breakaway cord.

FEATURES

• Ventilated, adjustable nose piece
• Temples adjust to four different lengths
• Ratcheting lens pitch adjustment
• Kit includes Black neoprene cases with DU logo, microfiber cleaning bag with DU logo and camo breakaway cord
• Five interchangeable H2X anti-fog lenses: Clear, Amber, Sunblock Bronze, Orange and Vermillion
• Available in a DU clamshell or box

SPECIFICATIONS

• Clear Lens: General purposes for indoor applications that require impact protection.
  Visible Light Transmitted: 380-780nm; 96%
• UVA, UVB Blocked: 200-380nm; 100%
• Blue Light Blocked: 400-700nm; 9%
• IR Blocked: 780-2000nm; 18%

• Amber Lens: Commonly used in indoor, low light applications. Enhances contrast.
• Visible Light Transmitted: 380-780nm; 89%
• UVA, UVB Blocked: 200-380nm; 99%
• Blue Light Blocked: 400-700nm; 75%
• IR Blocked: 780-2000nm; 18%

• Sunblock Bronze Lens: Bronze color lens is molded from UV400 polycarbonate for 100% protection against harmful UV-A and UV-B rays. Blocks the blue light of the spectrum. Offers brighter view on cloudy, hazy or foggy days.
• Visible Light Transmitted: 380-780nm; 17%
• UVA, UVB Blocked: 200-380nm; 100%
• Blue Light Blocked: 400-700nm; 96%
• IR Blocked: 780-2000nm; 50%

• Orange Lens: Offers high contrast and low light image resolution.
• Visible Light Transmitted: 380-780nm; 51%
• UVA, UVB Blocked: 200-380nm; 99%
• Blue Light Blocked: 400-700nm; 86%
• IR Blocked: 780-2000nm; 18%

• Vermillion Lens: Vermillion has a muting effect on green to bluish backgrounds, and therefore is common for shooting sporting clays. Enhances contrast while reducing all color equally for optimum color recognition.
• Visible Light Transmitted: 380-780nm; 23%
• UVA, UVB Blocked: 200-380nm; 100%
• Blue Light Blocked: 400-700nm; 86%
• IR Blocked: 780-2000nm; 48%