MASON® ANTI-GLARE ACRYLIC SHEETS

Anti-Glare Acrylic Sheet

Non-glare acrylic sheet for displays, touchscreens, control panels, kiosks, and visual protection applications.

MASON® anti-glare acrylic sheet, also known as non-glare acrylic sheet, is designed to reduce harsh glare caused by ambient light while maintaining good visibility, lightweight structure, and acrylic processability.

Through a controlled surface diffusion treatment, the sheet helps soften mirror-like reflections from lamps, windows, sunlight, and indoor lighting. It is a practical material choice for display protection, industrial control panels, self-service terminals, education screens, medical displays, and commercial visual panels.

See all Functional Acrylic Sheet options

Micro-diffusion surface helps reduce harsh glare
Custom haze options for different visual requirements
Helps improve readability under bright ambient light
Suitable for displays, touchscreens, kiosks, and instrument panels
Supports cutting, CNC machining, drilling, and custom fabrication

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WHY MASON®

Why Choose MASON® Anti-Glare Acrylic Sheet

Stable Anti-Glare Performance

The surface micro-diffusion structure helps disperse and soften ambient light, reducing harsh glare and mirror-like reflections.

Custom Haze Options

Different haze levels can be adjusted according to project requirements, helping balance glare reduction and image clarity.

Better Visual Comfort

By reducing sharp reflected light, the sheet helps improve screen readability and viewing comfort in bright environments.

Coated Surface Treatment

Precision coating and UV curing create a uniform anti-glare surface with practical durability for display and panel applications.

Fabrication-Ready Material

MASON® anti-glare acrylic sheets can be cut, CNC machined, drilled, and fabricated into display covers, panels, windows, and custom parts.

B2B Project Support

We support equipment manufacturers, display fabricators, signage makers, kiosk suppliers, and project buyers with material selection and customization support.

GLARE CONTROL

More Than Clear Acrylic: Why Glare Control Matters

Clear acrylic sheet is widely used for protective panels, display covers, instrument windows, and visual surfaces because it is transparent, lightweight, and easy to process.

But in many real applications, clarity alone is not enough.

When a panel is exposed to strong indoor lighting, sunlight, window reflections, or bright commercial environments, regular acrylic may create mirror-like glare. This can make screen content harder to read, reduce visual comfort, and affect the user experience.

Anti-glare acrylic sheet is designed for these situations. Its surface helps scatter harsh reflected light into softer diffused light, reducing glare while keeping the practical advantages of acrylic.

For displays, touch panels, kiosks, instruments, and commercial visual panels, anti-glare acrylic helps create a better balance between protection, readability, and visual comfort.

OPTICAL PRINCIPLE

How Anti-Glare Acrylic Sheet Works

Anti-glare acrylic sheet works through controlled light diffusion.

Instead of reflecting ambient light as sharp, mirror-like glare, the surface microstructure helps spread incoming light in different directions. This turns harsh reflected light into softer diffuse reflection.

The key parameter is haze.

A lower haze value usually keeps the image clearer, but the anti-glare effect is more subtle. A higher haze value provides stronger glare reduction, but the image may appear softer.

That is why anti-glare acrylic sheet should not be selected by transparency alone. The right material depends on the lighting environment, viewing distance, display brightness, and how much image softness the project can accept.

Key Point:

Anti-glare acrylic sheet is designed to reduce harsh reflected light. It does not mean the surface becomes completely reflection-free.

TECHNICAL SPECIFICATIONS

Anti-Glare Acrylic Sheet Specifications at a Glance

Available hardness, thickness, coating side, color, and processing method may vary by grade and order requirements. For high-contact applications, samples and project-specific testing are recommended before bulk production.

Optical and Surface Performance

Product Name: MASON® Anti-Glare Acrylic Sheet

Material: Acrylic / PMMA

Surface Treatment: Precision coating / flow coating with UV curing

Optical Principle: Controlled surface diffusion

Haze Range: 5%–60%, customizable

Light Transmission:>92% reference value, depending on haze level

Surface Hardness: ≥3H pencil hardness

Main Function: Helps reduce harsh glare from ambient light

Sheet and Fabrication

Thickness Options: 1.0–5.0 mm, custom supported

Standard Sheet Size: Confirm by project and available sheet format

Color Options: Clear as standard; other options can be checked by project

Processing Options: Cutting, CNC machine, drilling, engraving, bending, bonding, fabrication

Applications: Displays, touch panels, kiosks, instrument windows, digital signage, education boards, and medical display covers

Note: Haze selection affects both glare reduction and image clarity. Samples are recommended before bulk production.

OPTICAL DIFFERENCE

Anti-Glare Acrylic Sheet or Anti-Reflective Acrylic Sheet?

Many customers ask for anti-glare acrylic sheet when they are actually trying to solve a reflection problem.

This is common, because both anti-glare acrylic and anti-reflective acrylic are related to optical surface performance. However, they are designed for different optical goals. Anti-glare acrylic mainly reduces harsh glare through diffusion, while anti-reflective acrylic is designed to reduce visible surface reflection and keep the viewing panel more visually unobtrusive.

If the goal is easier reading under strong light, anti-glare may be the right direction. If the goal is clearer viewing with less visible panel interference, anti-reflective acrylic is often the better choice.

Anti-Glare Acrylic Sheet

For Glare Reduction in Bright Environments

Main Optical Goal
Reduce harsh glare from ambient light.

Working Principle
Surface diffusion through anti-glare treatment.

Visual Effect
Matte-like surface with softer glare.

Best For
Kiosks, touchscreens, control panels, and displays.

Main Problem Solved
The light is too harsh.

Anti-Reflective Acrylic Sheet

Moth-Eye Technology for Lower Surface Reflection

Main Optical Goal
Reduce visible surface reflection.

Working Principle
Moth-eye nanostructure with refractive transition.

Visual Effect
Clearer viewing with lower visual interference.

Best For
Museums, picture frames, luxury showcases, and precision viewing.

Main Problem Solved
The cover is too reflective.

How to Choose

Choose anti-glare when the problem is harsh ambient glare.

Choose anti-reflective when the problem is visible surface reflection.

If your main issue is visible surface reflection rather than glare diffusion, see our Anti-Reflective Acrylic Sheet.

Still deciding between anti-glare and anti-reflective acrylic? See the full comparison.

MATERIAL COMPARISON

Anti-Glare Acrylic Sheet or Regular Acrylic Sheet?

Regular clear acrylic sheet is widely used because it is transparent, lightweight, and easy to process. However, in bright environments, transparency alone does not solve glare.

When strong ambient light, window reflection, or display glare affects viewing comfort or screen readability, anti-glare acrylic sheet is often the better choice. Its micro-diffusion surface helps soften harsh reflected light, while regular clear acrylic is more likely to show sharper reflections.

Anti-Glare Acrylic Sheet

For Glare Reduction in Bright Environments

Main Feature

Micro-diffusion surface for glare reduction.

Visual Performance

Softer glare with better viewing comfort.

Best For

Touchscreens, kiosks, control panels, education boards, and bright display environments.

When to Choose

Choose anti-glare acrylic when harsh reflected light affects readability or visual comfort.

Regular Clear Acrylic Sheet

For General Clarity and Basic Protection

Main Feature

Clear acrylic surface without glare-control treatment.

Visual Performance

High transparency, but more likely to show sharp reflections.

Best For

General covers, display protection, and standard acrylic applications.

When to Choose

Choose regular clear acrylic when glare control is not a major concern.

Why Anti-Glare Instead of Regular Clear Acrylic?

Anti-glare acrylic sheet is the better choice when strong ambient light, window reflection, or display glare affects visual comfort or screen readability. Regular clear acrylic may still look transparent, but it can produce sharper reflections in bright environments.

HAZE SELECTION

Choosing the Right Haze for Anti-Glare Acrylic Sheet

Haze is one of the most important parameters for anti-glare acrylic sheet selection.

A lower haze value provides better image clarity but a lighter anti-glare effect. A higher haze value provides stronger glare reduction but may make the image look softer.

The best choice depends on the project’s lighting environment, display brightness, viewing distance, and acceptable image softness

Low Haze: 5%–15%

For Better Image Clarity

Suitable for indoor displays, touch panels, control screens, and applications where image sharpness is important and glare is moderate.

Medium Haze: 20%–40%

For Balanced Glare Control

Suitable for industrial panels, education whiteboards, medical displays, and commercial visual panels that need a balance between anti-glare performance and clarity.

High Haze: 50%–60%

For Stronger Glare Reduction

Suitable for outdoor kiosks, self-service terminals, advertising displays, and bright environments where stronger glare control is required.

Note: Higher haze does not always mean better performance. The right haze level should match the application environment and display requirements.

APPLICATION AREAS

Applications of Anti-Glare Acrylic Sheet

Industrial Touchscreens and Control Panels

Used for industrial touchscreens, CNC control panels, operation interfaces, and protective display covers where glare reduction improves readability.

Instrument and Meter Windows

Suitable for instrument covers, meter windows, control dashboards, and viewing panels that need clear reading under changing light conditions.

Outdoor Kiosks and Self-Service Terminals

A practical option for self-service machines, information kiosks, ticketing terminals, and outdoor display interfaces exposed to sunlight or bright lighting.

Digital Signage and Advertising Displays

Used for digital signage covers, advertising displays, commercial screens, and visual panels where glare can affect content visibility.

Interactive Education Whiteboards

Suitable for classroom boards, teaching screens, interactive panels, and training displays that need reduced glare for better viewing comfort.

Medical Display Covers

Used for medical screens, diagnostic display covers, equipment panels, and healthcare visual interfaces where readability and visual comfort matter.

Retail Display Cases and Visual Panels

Suitable for retail display covers, brand presentation panels, product showcases, and commercial visual surfaces affected by lighting reflections.

Custom Fabricated Optical Panels

MASON® can fabricate anti-glare acrylic sheets into cut-to-size panels, drilled covers, windows, display protectors, and custom acrylic components.

FABRICATION SUPPORT

More Than Sheets: Fabrication Support Available

MASON® anti-glare acrylic sheet can be supplied as full sheets, cut-to-size panels, or custom fabricated components based on project requirements.

We support cutting, CNC machining, drilling, edge finishing, and panel fabrication for display covers, control panels, instrument windows, kiosks, signage panels, and custom acrylic parts.

For anti-glare acrylic sheets, optical surface direction and processing details are important. The anti-glare performance mainly comes from the treated surface, and cutting or machining may expose untreated edges.

Before production, we can help customers confirm haze level, sheet thickness, coating side, panel size, fabrication method, cleaning requirements, and application environment.

Custom Acrylic Cutting CNC Machining

Laser Cutting & Engraving Edge Polishing

Bending, Bonding & Assembly

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WHY MASON

Why MASON® Anti-Glare Acrylic Sheet

MASON® anti-glare acrylic sheet is developed for customers who need acrylic panels with reduced glare, controlled haze, practical fabrication support, and stable project supply.

Controlled Glare Reduction

Micro-Diffusion Surface for Better Visual Comfort

The anti-glare surface helps scatter harsh reflected light, reducing mirror-like glare from lamps, windows, and bright environments.

Custom Haze Support

Balance Between Glare Control and Image Clarity

We help customers select haze levels based on display brightness, lighting environment, viewing distance, and image clarity requirements.

Coated Acrylic Performance

Optical Surface Treatment with Practical Durability

Precision coating and UV curing help create a uniform anti-glare surface with acrylic clarity, lightweight structure, and processing flexibility.

B2B Project Coordination

Material Selection, Processing, and Application Support

We help customers confirm haze, thickness, coating side, sheet size, fabrication method, cleaning requirements, and application details before production.

Looking for other performance-focused acrylic options? Explore all Functional Acrylic Sheets.

Need Anti-Glare Acrylic Sheets for Your Display or Panel Project?

Tell us your required haze level, thickness, sheet size, coating side, fabrication method, and application environment.

Our team can help you select the right anti-glare acrylic sheet for displays, touchscreens, kiosks, control panels, instrument windows, and custom optical panels.

Request a Quote Contact Our Team

FAQ

Anti-Glare Acrylic Sheet FAQ

1. What is the difference between anti-glare acrylic and anti-reflective acrylic?

Anti-glare acrylic mainly reduces harsh glare through diffusion and is often used for touchscreens, kiosks, control panels, and bright display environments. Anti-reflective acrylic is designed to reduce visible surface reflection and make the viewing panel less visually noticeable for premium display and viewing applications.

2. When should I choose anti-glare acrylic instead of anti-reflective acrylic?

Choose anti-glare acrylic when the main issue is harsh glare from ambient light and a slight matte effect is acceptable. Choose anti-reflective acrylic when the main issue is visible surface reflection and the goal is clearer viewing with less panel interference.

For a full side-by-side explanation, see our Anti-Glare vs Anti-Reflective Acrylic comparison.

3. Does anti-glare acrylic eliminate all reflection?

No. Anti-glare acrylic helps reduce harsh glare, but it does not eliminate all reflection. The final effect depends on haze level, lighting conditions, viewing angle, and the specific application.

4. Will anti-glare acrylic affect image clarity?

Yes, depending on haze level. Lower haze usually keeps the image clearer, while higher haze provides stronger glare reduction but may make the image look softer.

5. Is anti-glare acrylic suitable for touchscreens and kiosks?

Yes. Anti-glare acrylic is commonly used for touchscreens, kiosks, industrial panels, control interfaces, and other display-related applications where glare reduction improves viewing comfort.

6. Can anti-glare acrylic be cut or CNC machined?

Yes. Anti-glare acrylic can be cut, CNC machined, drilled, and fabricated. The surface side and processing requirements should be confirmed before production.

7. What haze level should I choose?

The right haze level depends on the lighting environment, display brightness, viewing distance, and image clarity requirements. Lower haze is usually better for clarity, while higher haze provides stronger glare reduction.

8. Can anti-glare acrylic be used outdoors?

It can be used for selected outdoor or semi-outdoor applications where glare reduction is needed. Haze level, UV exposure, installation method, and cleaning requirements should be confirmed before project use.

9. What if my main problem is visible surface reflection rather than glare?

If the main problem is visible surface reflection and the goal is to keep the viewing panel more visually unobtrusive, anti-reflective acrylic may be a better choice than anti-glare acrylic. See our Anti-Reflective Acrylic Sheet for more details.

Anti-Glare Acrylic Sheet

Why Choose MASON® Anti-Glare Acrylic Sheet

Stable Anti-Glare Performance

Custom Haze Options

Better Visual Comfort

Coated Surface Treatment

Fabrication-Ready Material

B2B Project Support

More Than Clear Acrylic: Why Glare Control Matters

How Anti-Glare Acrylic Sheet Works

Anti-Glare Acrylic Sheet Specifications at a Glance

Optical and Surface Performance

Sheet and Fabrication

Anti-Glare Acrylic Sheet or Anti-Reflective Acrylic Sheet?

Anti-Glare Acrylic Sheet

Anti-Reflective Acrylic Sheet

Anti-Glare Acrylic Sheet or Regular Acrylic Sheet?

Anti-Glare Acrylic Sheet

Regular Clear Acrylic Sheet

Why Anti-Glare Instead of Regular Clear Acrylic?

Choosing the Right Haze for Anti-Glare Acrylic Sheet

Low Haze: 5%–15%

Medium Haze: 20%–40%

High Haze: 50%–60%

Applications of Anti-Glare Acrylic Sheet

Industrial Touchscreens and Control Panels

Instrument and Meter Windows

Outdoor Kiosks and Self-Service Terminals

Digital Signage and Advertising Displays

Interactive Education Whiteboards

Medical Display Covers

Retail Display Cases and Visual Panels

Custom Fabricated Optical Panels

More Than Sheets: Fabrication Support Available

Why MASON® Anti-Glare Acrylic Sheet

Controlled Glare Reduction

Custom Haze Support

Coated Acrylic Performance

B2B Project Coordination

Need Anti-Glare Acrylic Sheets for Your Display or Panel Project?

Anti-Glare Acrylic Sheet FAQ

1. What is the difference between anti-glare acrylic and anti-reflective acrylic?

2. When should I choose anti-glare acrylic instead of anti-reflective acrylic?

3. Does anti-glare acrylic eliminate all reflection?

4. Will anti-glare acrylic affect image clarity?

5. Is anti-glare acrylic suitable for touchscreens and kiosks?

6. Can anti-glare acrylic be cut or CNC machined?

7. What haze level should I choose?

8. Can anti-glare acrylic be used outdoors?

9. What if my main problem is visible surface reflection rather than glare?

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