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Description
This professional acrylic mirror anti-glare sheet offers a lightweight, shatter-resistant alternative to traditional glass mirrors, combining excellent optical performance with enhanced safety. Designed with an anti-glare finish to reduce reflections and hotspots, it is ideal wherever clear visibility and controlled light reflection are required.
Supplied in a standard 3 mm thickness and full-size sheets of 2440 mm x 1220 mm, this material is easy to cut, drill and fabricate using standard workshop tools. It is widely used in commercial interiors, display and point-of-sale, public spaces, education, and light industrial environments where a durable, safe mirrored surface is needed.
Product Features
- Anti-glare mirrored surface for reduced reflection intensity and improved visual comfort.
- Standard 3 mm thickness providing a good balance of rigidity, strength and ease of fabrication.
- Generous sheet size of 2440 mm length for large panels and continuous mirrored runs.
- Sheet width of 1220 mm suitable for standard joinery, panels and wall cladding formats.
- Lightweight acrylic construction, significantly lighter than glass for easier handling and installation.
- Shatter-resistant material that breaks safely compared with traditional glass mirrors.
- Can be cut, drilled, routed and shaped to size using appropriate tools for bespoke applications.
Key Features and Benefits
- Enhanced safety in public and high-traffic areas thanks to shatter resistance and reduced risk of sharp fragments.
- Lower installation and handling effort due to the lightweight nature of acrylic compared with glass.
- Anti-glare finish helps minimise disruptive reflections under strong lighting, improving user comfort and visibility.
- Versatile fabrication options allow custom shapes, cut-outs and fittings to suit specific project requirements.
- Durable mirrored surface suitable for indoor environments, displays and decorative cladding when correctly installed.
- Large sheet format reduces the need for joints and seams, providing a cleaner, more continuous mirrored appearance.
Specifications
| Specification | Detail |
|---|---|
| Material | Acrylic mirror sheet with anti-glare finish |
| Thickness | 3 mm (nominal) |
| Sheet length | 2440 mm |
| Sheet width | 1220 mm |
| Weight | Lighter than equivalent glass mirror of the same size (approx. half the weight) |
| Typical processing | Can be cut, drilled, routed and edge-finished with appropriate acrylic-working tools |
Applications and Ideal Uses
This professional acrylic mirror anti-glare sheet is suited to a wide range of commercial, institutional and decorative projects where a safer, lightweight mirrored surface is preferred over glass.
- Retail and exhibition displays, point-of-sale units and product presentation stands.
- Interior wall cladding, decorative panels and feature surfaces in commercial spaces.
- Educational and recreational facilities where shatter resistance is important.
- Fitness, dance and rehearsal studios requiring lightweight, safer mirrored panels.
- Signage, visual merchandising and creative design installations.
Frequently Asked Questions
Can this acrylic mirror anti-glare sheet be used outdoors?
The sheet is primarily intended for interior applications. While acrylic can tolerate some outdoor exposure, performance and appearance may be affected over time if continuously exposed to weather and UV. For long-term external use, consult a specialist regarding suitable grades and installation methods.
How can I cut the 3 mm acrylic mirror sheet to size?
The sheet can be cut using tools suitable for acrylic, such as a fine-tooth circular saw or jigsaw, or by routing. Support the sheet fully, use appropriate blades, and protect the mirrored surface with the protective film during cutting to minimise chipping and scratching.
Is the anti-glare acrylic mirror as reflective as standard glass mirror?
The sheet provides good mirror-like reflection, but the anti-glare finish and acrylic substrate mean it may not match the optical perfection of high-quality glass mirror. It is ideal where safety, weight reduction and glare control are more important than exact optical fidelity.