Double-injected mold produces elasticity, strength and stability
Sweat-resistant nose pads with a nonslip design
Polarized polycarbonate lenses reduce glare
Made with MAX-FLX technology that creates flexible temples, Stingray MAX-FLX Polarized Sunglasses can be worn for extended periods without pinching or becoming otherwise uncomfortable. Polycarbonate frames are made using a state-of-the-art, double-injected mold that produces elasticity, strength and stability. Sweat-resistant nose pads with a nonslip design keep glasses in place. Polycarbonate lenses are polarized to reduce glare and improve clarity and features a 1.5mm Triacetate Cellulose (TAC) coating to help resist scratching and improve impact resistance.
Double-injected mold produces elasticity, strength and stability
Sweat-resistant nose pads with a nonslip design
Polarized polycarbonate lenses reduce glare
Made with MAX-FLX technology that creates flexible temples, Stingray MAX-FLX Polarized Sunglasses can be worn for extended periods without pinching or becoming otherwise uncomfortable. Polycarbonate frames are made using a state-of-the-art, double-injected mold that produces elasticity, strength and stability. Sweat-resistant nose pads with a nonslip design keep glasses in place. Polycarbonate lenses are polarized to reduce glare and improve clarity and features a 1.5mm Triacetate Cellulose (TAC) coating to help resist scratching and improve impact resistance.
Double-injected mold produces elasticity, strength and stability
Sweat-resistant nose pads with a nonslip design
Polarized polycarbonate lenses reduce glare
Made with MAX-FLX technology that creates flexible temples, Stingray MAX-FLX Polarized Sunglasses can be worn for extended periods without pinching or becoming otherwise uncomfortable. Polycarbonate frames are made using a state-of-the-art, double-injected mold that produces elasticity, strength and stability. Sweat-resistant nose pads with a nonslip design keep glasses in place. Polycarbonate lenses are polarized to reduce glare and improve clarity and features a 1.5mm Triacetate Cellulose (TAC) coating to help resist scratching and improve impact resistance.
Double-injected mold produces elasticity, strength and stability
Sweat-resistant nose pads with a nonslip design
Polarized polycarbonate lenses reduce glare
Made with MAX-FLX technology that creates flexible temples, Stingray MAX-FLX Polarized Sunglasses can be worn for extended periods without pinching or becoming otherwise uncomfortable. Polycarbonate frames are made using a state-of-the-art, double-injected mold that produces elasticity, strength and stability. Sweat-resistant nose pads with a nonslip design keep glasses in place. Polycarbonate lenses are polarized to reduce glare and improve clarity and features a 1.5mm Triacetate Cellulose (TAC) coating to help resist scratching and improve impact resistance.
Double-injected mold produces elasticity, strength and stability
Sweat-resistant nose pads with a nonslip design
Polarized polycarbonate lenses reduce glare
Made with MAX-FLX technology that creates flexible temples, Stingray MAX-FLX Polarized Sunglasses can be worn for extended periods without pinching or becoming otherwise uncomfortable. Polycarbonate frames are made using a state-of-the-art, double-injected mold that produces elasticity, strength and stability. Sweat-resistant nose pads with a nonslip design keep glasses in place. Polycarbonate lenses are polarized to reduce glare and improve clarity and features a 1.5mm Triacetate Cellulose (TAC) coating to help resist scratching and improve impact resistance.
Double-injected mold produces elasticity, strength and stability
Sweat-resistant nose pads with a nonslip design
Polarized polycarbonate lenses reduce glare
Made with MAX-FLX technology that creates flexible temples, Stingray MAX-FLX Polarized Sunglasses can be worn for extended periods without pinching or becoming otherwise uncomfortable. Polycarbonate frames are made using a state-of-the-art, double-injected mold that produces elasticity, strength and stability. Sweat-resistant nose pads with a nonslip design keep glasses in place. Polycarbonate lenses are polarized to reduce glare and improve clarity and features a 1.5mm Triacetate Cellulose (TAC) coating to help resist scratching and improve impact resistance.
Double-injected mold produces elasticity, strength and stability
Sweat-resistant nose pads with a nonslip design
Polarized polycarbonate lenses reduce glare
Made with MAX-FLX technology that creates flexible temples, Stingray MAX-FLX Polarized Sunglasses can be worn for extended periods without pinching or becoming otherwise uncomfortable. Polycarbonate frames are made using a state-of-the-art, double-injected mold that produces elasticity, strength and stability. Sweat-resistant nose pads with a nonslip design keep glasses in place. Polycarbonate lenses are polarized to reduce glare and improve clarity and features a 1.5mm Triacetate Cellulose (TAC) coating to help resist scratching and improve impact resistance.
Double-injected mold produces elasticity, strength and stability
Sweat-resistant nose pads with a nonslip design
Polarized polycarbonate lenses reduce glare
Made with MAX-FLX technology that creates flexible temples, Stingray MAX-FLX Polarized Sunglasses can be worn for extended periods without pinching or becoming otherwise uncomfortable. Polycarbonate frames are made using a state-of-the-art, double-injected mold that produces elasticity, strength and stability. Sweat-resistant nose pads with a nonslip design keep glasses in place. Polycarbonate lenses are polarized to reduce glare and improve clarity and features a 1.5mm Triacetate Cellulose (TAC) coating to help resist scratching and improve impact resistance.
Double-injected mold produces elasticity, strength and stability
Sweat-resistant nose pads with a nonslip design
Polarized polycarbonate lenses reduce glare
Made with MAX-FLX technology that creates flexible temples, Stingray MAX-FLX Polarized Sunglasses can be worn for extended periods without pinching or becoming otherwise uncomfortable. Polycarbonate frames are made using a state-of-the-art, double-injected mold that produces elasticity, strength and stability. Sweat-resistant nose pads with a nonslip design keep glasses in place. Polycarbonate lenses are polarized to reduce glare and improve clarity and features a 1.5mm Triacetate Cellulose (TAC) coating to help resist scratching and improve impact resistance.
Double-injected mold produces elasticity, strength and stability
Sweat-resistant nose pads with a nonslip design
Polarized polycarbonate lenses reduce glare
Made with MAX-FLX technology that creates flexible temples, Stingray MAX-FLX Polarized Sunglasses can be worn for extended periods without pinching or becoming otherwise uncomfortable. Polycarbonate frames are made using a state-of-the-art, double-injected mold that produces elasticity, strength and stability. Sweat-resistant nose pads with a nonslip design keep glasses in place. Polycarbonate lenses are polarized to reduce glare and improve clarity and features a 1.5mm Triacetate Cellulose (TAC) coating to help resist scratching and improve impact resistance.
