Y2K Butterfly Shaped Lattice Temple Pink Tinted Sunglasses Custom Logo Fashion Shades FS010007

Design Concept & Application Scenarios

Y2K Thick frame Aesthetics: Featuring the iconic rectangular thick frame structure, this design blends a touch of nostalgia with street - style trends, emerging as the spotlight of the global fast - fashion market.

High Traffic Scenario Applications: Specifically designed for street photography, music festivals, and streetwear brands, its unique geometric sense of thickness can instantly enhance a brand's visual recognition.

Comprehensive UV Protection: The lenses offer UV400 protection, capable of blocking 100% of harmful UVA and UVB rays.

Healthy Visual Experience: While safeguarding eye health, the high light transmittance and true color restoration meet the optical safety certifications of the European and American markets.

Customization Solutions

Frame Customization: We support comprehensive customization of frame colors and materials. We offer a variety of injection - molded material options, such as high toughness TR90, high hardness PC, and high performance nylon. These can be flexibly adjusted according to the customer's purchasing budget to achieve the optimal balance between cost and quality.

Lens Function Customization: To meet the needs of different niche markets, the lenses can be customized with functions like polarized, anti-fog, or seawater resistance, comprehensively enhancing the product's competitiveness in the professional outdoor field.

Brand Logo Customization Solutions: We support a variety of logo customization solutions on the temples and lenses, such as combinations of laser engraving, 3D silk - screening, cold stamping, and metal - piece inlay, helping brands showcase their charm.

One - stop Support for Ancillary Services: We provide ancillary support including brand outer packaging boxes, customized eyewear cases, cleaning cloths and bags, as well as brand tags. We can solve all your customization needs in one go, simplifying your supply chain process.