Pyramex SB33 Zone II Safety Glasses w/Matte Black Frame

SB33

$13.63

Details: Pyramex SB33 Zone II Safety Glasses w/Matte Black Frame

Features

  • Straight back, rubber coated temple tips
  • Soft nose pad and temples provide a comfortable fit
  • Built-in nose pads
  • Scratch resistant polycarbonate lens provides 99% UVA/B/C protection
  • Custom imprinting available

Lens Technology

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%

Gray Lens

Commonly used in outdoor applications. Offers protection from excessive glare

Visible Light Transmitted (380-780nm)
23%
UVA, UVB Blocked (200-380nm)
100%
Blue Light Blocked (400-700nm)
74%
IR Blocked (780-2000nm)
48%

Ice Orange Mirror Lens

Gray polycarbonate lens with a double layer of silver and orange mirror coatings. Commonly used in outdoor applications

Visible Light Transmitted (380-780nm)
21%
UVA, UVB Blocked (200-380nm)
99%
Blue Light Blocked (400-700nm)
77%
IR Blocked (780-2000nm)
53%

Ice Blue Mirror Lens

Gray polycarbonate lens with a double layer of silver and blue mirror coatings. Commonly used in outdoor applications

Visible Light Transmitted (380-780nm)
13%
UVA, UVB Blocked (200-380nm)
99%
Blue Light Blocked (400-700nm)
95%
IR Blocked (780-2000nm)
51%

Silver Mirror Lens

Gray polycarbonate lens with silver mirror coating. Commonly used in outdoor applications. Reduces glare

Visible Light Transmitted (380-780nm)
16%
UVA, UVB Blocked (200-380nm)
99%
Blue Light Blocked (400-700nm)
85%
IR Blocked (780-2000nm)
59%

Indoor/Outdoor Mirror Lens

Clear UV400 polycarbonate lens provides 100% protection from harmful UV-A and UV-B rays. Coated with a light gold mirror finish to reduce glare. Commonly used where it is required to move between indoor applications to outdoor applications

Visible Light Transmitted (380-780nm)
50%
UVA, UVB Blocked (200-380nm)
100%
Blue Light Blocked (400-700nm)
65%
IR Blocked (780-2000nm)
39%

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