Explore Our Curved Mirror Series
3 Material Options
PMMA
Highest optical clarity (~92% light transmission) for sharp, distortion-free reflection. Smooth surface finish ideal for mirror-grade forming. Lightweight, easy to thermoform into curved shapes, and the good cost option — the industry standard.
PC
Virtually unbreakable impact resistance — preferred for outdoor security and dome mirrors in high-traffic areas. Excellent heat resistance maintains mirror shape under direct sunlight. Slightly lower clarity than PMMA but far superior durability.
PS
Lowest cost and easiest to vacuum-form into curved mirror shapes — suitable for indoor, low-impact applications. Adequate reflectivity for use. Brittle and sensitive to UV/chemicals, so not recommended for outdoor or safety-critical mirrors.
PETG
PETG is rarely used in two-way mirrors as it lacks key performance. Optical clarity peaks near 90%, and thermoforming reduces surface quality. It yellows under UV and deforms near 70°C, so PMMA or PC are preferred. PETG is not commonly used.
Curved Mirror Customization Options
Adjust the reflective viewing angle dimension of the curved mirror based on your project requirements.
Supports 100 – 1250 mm, meeting the curved mirror applications of various scenarios. Finished products can also be customized.
Supports reflective coating treatment, scratch-resistant, and UV-resistant treatment. Enhanced outdoor use.
Supports edge banding, hemming treatment and hole pre-drilling treatment. Convenient for direct installation or use.
Custom prints can be printed; patterns and LOGOs can be printed. Multiple printing methods available for selection.
The back paint can be hardened, can be mixed into any color, can be integrally processed and can be printed.
Delivery Process
Contact Sales
Contact our international sales team.
Submit Files
Please send us the documents for review.
Confirm Plan
Discuss and finalize the plan.
Production
The factory schedules production.
Inspection & Shipping
Quality Inspection and Shipping.
Typical Applications
FAQ
Q: Why are Acrylic or Polycarbonate often used instead of glass for curved mirrors?
A: Compared with glass, plastic mirrors have significantly stronger impact resistance and are lighter in weight, and are much better than glass in terms of safety and operational convenience.
Q: How do I decide between 360°, 180°, and 90° dome mirrors?
A: 360° (Full Dome): Typically used in central ceiling positions where multiple directions need to be observed. 180° (Half Dome): Suitable for areas like T-intersections or along walls where two directions are important. 90° (Quarter Dome): Commonly installed in corners to monitor intersecting pathways.
Q: Will the image formed by a concave mirror keep getting larger?
A: No. The image formed by a concave mirror changes with the distance of the object, and may produce different effects such as magnification, reduction, upright, or inverted images.
Q: What is the functional difference between convex and concave mirrors?
A: The main difference between convex mirrors and concave mirrors lies in the way they present images. Convex mirrors provide a wider field of view, while concave mirrors can magnify reflected objects at certain distances.
Q: Can plastic curved mirrors be used outdoors?
A: Yes, plastic mirrors, with the correct material selection, are more practical for outdoor use than glass mirrors. Considering the impacts caused by the outdoor environment, the advantages of plastic mirrors are even greater.
Q: What is the difference between a dome mirror and an ordinary convex mirror?
A: Dome mirrors belong to a type of safety mirror that places greater emphasis on panoramic observation and are usually used to view multiple directions; ordinary convex mirrors are more often used for auxiliary observation in a single direction or in a certain corner area.
Still Have Questions? Not Sure Which Mirror Fits Your Project?
Tell us your required material, size, thickness, color, or processing needs, and we’ll recommend the right option for your application.