Burberry BE4217 Bifocal Prescription Sunglasses

Burberry BE4217 Sunglasses Details:

Burberry BE4217 Sunglasses Info:

• CATEGORY: Sun
• GENDER: Woman
• SHAPE: Butterfly
• FRONT MATERIAL: Plastic
• TEMPLE: Plastic
• BRIDGE DESIGN: Standard
• GEOFIT: GLOBAL
• BASE: Base 6 Decentered

Package Contents:

• Burberry Rx BE4217 prescription sunglasses with lined bifocal lenses

Burberry Sunglasses Prescription Information:

Available Burberry BE4217 Prescription Lens Styles:

• Burberry Rx Prescription Sunglasses with Single Vision Lenses
• Burberry Prescription Sun Glasses with Rx Lined Bi Focal Lenses
• Burberry Prescription Sun Glasses with Rx No Line Progressive Lenses (presented above)

These Burberry Prescription Sunglasses are also available as Burberry Sun Glasses without prescription lenses:

Burberry BE 4217 sunglasses with plano lenses

Burberry Bifocal Sunglasses are available in the following lens materials:

• CR-39 Plastic (also known as hard resin) is overall cost-effective & most commonly used lens material. CR-39 is thinner and lighter than glass. Recommended sphere range is 0.00 - +/-8.00 and cylinder range is 0.00 - +/-2.00
• Polycarbonate is the most impact resistant lens available. Polycarbonate lenses are highly recommended for kids, sportsmen and military. This lens material is thinner & lighter than CR-39 or glass. It blocks UV rays. Anti-scratch coating is included. Recommended sphere range is +/- 2.00-8.00
• Aspheric Polycarbonate lenses feature the same properties as polycarbonate lenses, but they are recommended for plus (+) sphere prescriptions only
• High Index 1.60 (also known as HX 1.60) lenses are thinner & lighter than CR-39 or glass. Recommended sphere range is 0.00 - +/-15.00
• High Index 1.67 (also known as HX 1.67) lenses are thinner than High Index 1.60, CR-39 or glass. Recommended sphere range is 0.00 - +/-16.00
• Glass lenses feature superior optical quality and scratch resistance. Although glass is heavier and thicker than other lens materials. Recommended sphere range is 0.00 - +/- 3.00