Product Information and Feature Analysis Report
Product Name: 2023 New Kids Cute Checker Panel Color Round UV400 Sunglasses Baby Girls Outdoor Sun Protection Sunglasses Children Sun Glasses
Brand: Not explicitly mentioned in the images.
Color: The sunglasses come in a variety of colors including pink, blue, green, and orange with a checker pattern.
Lens Type: UV400 protection lenses, which provide 100% UVA and UVB protection.
Frame Material: PC (Polycarbonate), which is lightweight and durable.
Lens Material: AC (Acrylic), which is lightweight and shatter-resistant.
Weight: 19.96 grams.
Size: The sunglasses are designed for children, with dimensions of 125mm in width and 52mm in height.
Design Features:
- Checker Panel Color: The frames have a cute checker pattern in various colors, making them visually appealing to children.
- Round Shape: The lenses are round, which is a classic and comfortable shape for children's sunglasses.
- UV Protection: The lenses offer UV400 protection, which is essential for protecting children's eyes from harmful UV rays.
- Comfortable Nose Support: The nose pads are designed to be comfortable for children, ensuring a snug fit.
- Secure Hinge: The hinge is secure, which is important for durability and to prevent the glasses from easily breaking.
- Mirror Leg: The legs of the sunglasses are designed to be mirror-like, which adds to the overall aesthetic and may also help reduce glare.
Usage Scenarios:
- Outdoor Activities: Suitable for various outdoor activities such as shopping, outings, watching games, and playing in the park.
- Sun Protection: Provides protection for children's eyes from the sun's harmful rays, which is particularly important for outdoor activities.
Additional Information:
- The images show the sunglasses in different color variations and highlight their design features such as the checker pattern and UV protection.
- The product is marketed as a fashionable accessory for children, with a focus on both style and function.
Note: The dimensions provided in the images are measured manually and may have some errors, which should be subject to the actual object.
