The NEILL High Gloss Acrylic Mirror Round is a versatile and stylish solution for various decorative and practical applications. This pack includes 2 pieces of round acrylic mirrors, each with a diameter of 6 inches and a thickness of 2mm. These mirrors offer a high gloss finish that provides a clear, reflective surface, making them a perfect alternative to traditional glass mirrors. Crafted from high-quality acrylic, these mirrors are lightweight, durable, and shatter-resistant, ensuring safety and longevity. Their sleek and modern appearance makes them ideal for a wide range of uses, from home decor and DIY projects to educational tools and commercial displays. Whether you're looking to enhance your interior design or create unique craft projects, these acrylic mirrors offer both functionality and aesthetic appeal.
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Specifications
In The Box
Sales Package
1
General
Brand
Neill
Model Number
Acrylic Silver Round Mirror Pack of 2, 6 Inch Frameless
Material
Acrylic
Color
Clear
Finish
15
Net Quantity
1
Dimensions
Width
15 cm
Length
15 cm
Thickness
2 mm
Weight
200 g
Additonal Features
Key Features
Acrylic materials: these mirrors are made of high-quality acrylic materials, they are clearer, safer and have better reflection effect, with smooth edges and strong durability and you don't need to worry about breakage, Instructions: in order to avoid scratches, these mirror stickers have transparent protective film on the surface; please tear off the film before use to show the reflection effect of the mirror; before use, please confirm that the surface pasted is smooth, non-concave and non-dust, DIY decorating: you can combine these circular mirrors creatively to achieve a diverse and customised look that gives any wall or room a stylish look, ideal for interior landscaping, "Commercial Displays: Enhance the visual appeal of retail displays, showrooms, and exhibitions with these stylish acrylic mirrors. Educational Projects: Ideal for school projects and teaching aids, helping students explore reflections, symmetry, and light properties."