MASON® ANTISTATIC ACRYLIC SHEETS

Antistatic Acrylic Sheets for ESD-Sensitive Environments

Clear static dissipative acrylic panels with controlled surface resistance for cleanrooms, electronics manufacturing, equipment guards, and precision workspaces.

MASON® antistatic acrylic sheet is a functional acrylic material designed to reduce static buildup, dust attraction, and electrostatic discharge risks in cleanrooms, electronics manufacturing, precision equipment, and ESD-sensitive workspaces.

With controlled surface resistance, clear visibility, and practical fabrication support, it is suitable for equipment guards, cleanroom partitions, observation windows, machine covers, test fixtures, and protective panels where both transparency and static control are required.

See all Functional Acrylic Sheet options

Controlled surface resistance for static dissipative performance

Helps reduce dust attraction and static buildup on acrylic surfaces

Suitable for cleanrooms, electronics, equipment guards, and observation windows

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WHY MASON®

Why Choose MASON® Antistatic Acrylic Sheet

MASON® antistatic acrylic combines clear protection, controlled static dissipation, fabrication readiness, and B2B project support for ESD-sensitive applications.

Controlled Static Dissipation

MASON® antistatic acrylic sheet is designed with controlled surface resistance to help dissipate static charges instead of allowing them to accumulate on the panel surface.

Clear Visibility for Equipment Protection

The material provides transparent protection for machine guards, observation windows, inspection covers, and enclosure panels where visibility is important.

Reduced Dust Attraction

By reducing static buildup, antistatic acrylic helps minimize dust attraction, making it suitable for cleanrooms, equipment covers, and precision manufacturing environments.

Suitable for ESD-Sensitive Applications

Antistatic acrylic is widely used in electronics, semiconductor, PCB, optical, medical, and precision instrument environments where static control matters.

Fabrication-Ready Material

MASON® antistatic acrylic sheets can be cut, CNC machined, drilled, and fabricated into guards, covers, windows, panels, and custom acrylic components.

B2B Supply and Project Support

We support equipment manufacturers, cleanroom contractors, electronics factories, laboratory suppliers, and project buyers with sheet supply and fabrication coordination.

STATIC-SENSITIVE ENVIRONMENTS

More Than Clear Protection: Why Static Control Matters

In many industrial environments, a clear protective panel is not enough. Standard acrylic sheets can build up static electricity, attract dust, and create risks in ESD-sensitive areas.

For electronics manufacturing, static discharge can damage sensitive components. For cleanrooms, dust attraction can affect cleanliness and product quality. For equipment guards and observation windows, static buildup can interfere with visibility, maintenance, and operation.

Antistatic acrylic sheet helps solve these problems by combining the transparency and processability of acrylic with controlled static dissipative performance. It is a practical material choice for clear protection, visual inspection, and static-sensitive work environments.

SURFACE RESISTANCE

Why Surface Resistance Matters for Antistatic Acrylic Sheets

Surface resistance is one of the most important indicators for antistatic acrylic sheet selection.

If resistance is too high, the material behaves like an insulator. Static charges may stay on the surface and discharge suddenly. If resistance is too low, the material becomes too conductive, which may create safety and equipment risks in some applications.

The 10⁶–10⁸Ω range is widely used for static dissipative acrylic applications because it provides a practical balance: static charges can be released in a controlled way, while the material remains safer than highly conductive surfaces.

Key Point：

For equipment guards, cleanroom panels, workstations, trays, covers, and observation windows, a stable static dissipative range is more important than simply making the material “conductive.”

TECHNICAL SPECIFICATIONS

Antistatic Acrylic Sheet Specifications at a Glance

Available thickness, color, surface resistance, optical performance, and processing method may vary by grade and order requirements. For ESD-sensitive projects, samples and project-specific testing are recommended before bulk production.

Electrical and Surface Performance

Product Name
MASON® Antistatic Acrylic Sheet

Material
Acrylic / PMMA

Surface Property
Static dissipative acrylic sheet

Surface Resistance
Target range: 10⁶–10⁸Ω

Main Function
Helps dissipate static charges and reduce dust attraction

Optical Appearance
Clear acrylic appearance with practical visibility

Surface Effect
Smooth antistatic surface for clean and controlled environments

Performance Positioning
Clear protective acrylic sheet for ESD-sensitive applications

Sheet and Fabrication

Thickness Options
2–20 mm, custom supported

Standard Sheet Size
1220 × 2440 mm

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

Processing Options
Cutting, CNC machining, drilling, engraving, bending, bonding, fabrication

Supply Type
Full sheets, cut-to-size panels, project orders, and custom fabricated parts

Applications
Electronics manufacturing, cleanroom panels, equipment guards, observation windows, machine covers, test fixtures, and transparent protective components

Note: Available thickness, color, surface resistance, optical performance, and processing method may vary by grade and order requirements. For ESD-sensitive projects, samples and project-specific testing are recommended before bulk production.

APPLICATION AREAS

Applications of Antistatic Acrylic Sheet

MASON® antistatic acrylic sheets are used where transparent protection, dust reduction, static dissipative performance, and fabrication flexibility are required in the same material.

Cleanroom Partitions and Panels

Used for transparent cleanroom separation where visibility, dust control, and static reduction are required.

Equipment Guards and Machine Covers

Suitable for automation equipment guards, machine shields, conveyor covers, and protective enclosures in ESD-sensitive areas.

Observation Windows

Used for clear viewing windows in cleanroom equipment, laboratory devices, inspection systems, and production lines.

Test Fixtures and Workstation Panels

Ideal for ESD workbench panels, test fixture covers, inspection plates, and protective barriers for static-sensitive operations.

Electronics and Semiconductor Manufacturing

Helps protect PCB assembly, semiconductor equipment, electronic components, and microelectronics processes from static-related risks.

Laboratory and Medical Equipment

Suitable for laboratory panels, medical equipment covers, safety cabinet windows, and clean-area protection panels.

Optical and Precision Instruments

Used for instrument guards, inspection windows, laser equipment covers, and precision device protection where clarity and static control matter.

Custom ESD Acrylic Fabrication

Can be fabricated into cut-to-size panels, drilled parts, machine covers, guards, windows, and custom antistatic acrylic components.

MATERIAL COMPARISON

Antistatic Acrylic Sheet or Regular Acrylic Sheet?

Choose antistatic acrylic when the application requires clear visibility and controlled static dissipation. Choose regular acrylic when static-control performance is not required.

Regular clear acrylic sheet is widely used because it is transparent, lightweight, and easy to process. However, in ESD-sensitive environments, transparency alone is not enough.

When the application requires controlled static dissipation, reduced dust attraction, and clearer protection for sensitive equipment or clean environments, antistatic acrylic sheet is often the better choice. It keeps the visual and fabrication advantages of acrylic while adding practical static-control performance.

Antistatic Acrylic Sheet

For Static Control and Clear Protection

Main Feature
Static dissipative acrylic sheet.

Surface Behavior
Helps dissipate charges and reduce dust attraction.

Best For
Cleanrooms, equipment guards, machine covers, and ESD-sensitive environments.

When to Choose
Choose antistatic acrylic when static control matters.

Regular Clear Acrylic Sheet

For General Clarity and Standard Protection

Main Feature
Clear acrylic without static-control treatment.

Surface Behavior
Easy to process, but more likely to build up static electricity.

Best For
General covers, displays, and standard fabrication.

When to Choose
Choose regular acrylic when ESD control is not needed.

Polycarbonate Sheet

For Higher Impact Resistance

Main Feature
Tough plastic sheet for protective use.

Surface Behavior
Good impact resistance, but not a dedicated ESD solution.

Best For
Safety covers and impact-sensitive panels.

When to Choose
Choose polycarbonate when toughness matters more than static control.

PVC Sheet

For Cost-Focused General Applications

Main Feature
General-purpose plastic sheet.

Surface Behavior
Practical for basic use, but not ideal for optical clarity or static control.

Best For
Basic industrial covers and cost-sensitive projects.

When to Choose
Choose PVC when cost is the priority.

Why Antistatic Acrylic Instead of Standard Plastic Sheets?

Antistatic acrylic is better for projects that need clear visibility and practical static-control performance at the same time.

If the main concern is surface durability, repeated wiping, or visible scratching rather than static buildup, see our Scratch-Resistant Acrylic Sheet.

FABRICATION SUPPORT

From Antistatic Acrylic Sheets to Custom ESD Acrylic Parts

KINGSCOPE supports antistatic acrylic sheet projects from full sheet supply to cut-to-size panels, ESD machine guards, cleanroom windows, equipment covers, test fixture panels, and custom fabricated components.

MASON® Acrylic is more than a sheet supplier. We support customers with material selection, sheet supply, cut-to-size panels, CNC machining, drilling, edge finishing, and project-based fabrication.

For antistatic acrylic sheets, processing details are especially important. Cutting method, drilling layout, surface protection, cleaning method, and installation conditions may affect the final performance and appearance. Our team can help confirm the right sheet grade and fabrication method before production.

Whether you need full sheets, machine guards, equipment windows, cleanroom panels, test fixture covers, or finished ESD acrylic components, MASON® can support your project from material selection to fabrication.

Custom Acrylic Cutting CNC Machining

Laser Cutting & Engraving Edge Polishing

Bending, Bonding & Assembly

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WHY MASON

Why MASON® Antistatic Acrylic Sheet

MASON® Antistatic Acrylic Sheet is developed for customers who need transparent acrylic panels with static control, cleanroom compatibility, and practical fabrication support. From sheet supply to finished protective components, we help customers choose and apply the right ESD acrylic material for real industrial environments.

Reliable Static Control

Controlled Surface Resistance for ESD-Sensitive Applications

MASON® antistatic acrylic sheets help dissipate static charges and reduce surface dust attraction, making them suitable for electronics, cleanroom, and precision equipment environments.

Clear Protection with Practical Performance

Visibility, Protection, and Static Control in One Material

The material keeps the visual advantages of acrylic while adding static dissipative performance, making it suitable for observation windows, guards, covers, and transparent protective panels.

Fabrication-Ready Support

From ESD Sheets to Finished Components

Antistatic acrylic sheets can be processed into equipment guards, machine covers, test fixture panels, cleanroom partitions, and custom protective components.

B2B Project Coordination

Material Selection, Processing, and Application Support

We help customers confirm surface resistance range, color, thickness, sheet size, fabrication method, cleaning requirements, and application environment before production.

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

ANTISTATIC ACRYLIC PROJECT SUPPORT

Need Antistatic Acrylic Sheets for Your ESD-Sensitive Project?

Send us your required surface resistance range, color, thickness, sheet size, application, drawing, fabrication method, cleaning requirement, packing needs, and destination. KINGSCOPE will help review the suitable MASON® antistatic acrylic sheet or custom ESD acrylic part solution for your project.

Request a Quote Contact Our Team

FAQ

Antistatic Acrylic Sheet FAQ

1. What is antistatic acrylic sheet?

Antistatic acrylic sheet is a functional acrylic panel designed to reduce static buildup and dust attraction. It is commonly used in cleanrooms, electronics manufacturing, equipment guards, observation windows, and ESD-sensitive applications.

2. What is the surface resistance of MASON® antistatic acrylic sheet?

The typical target surface resistance range is 10⁶–10⁸Ω, depending on grade, testing method, and project requirements.

3. What is the difference between antistatic acrylic and regular acrylic?

Regular acrylic can accumulate static charges and attract dust. Antistatic acrylic is designed with controlled static dissipative performance to help reduce static buildup in sensitive environments.

4. Is antistatic acrylic the same as conductive acrylic?

No. Antistatic or static dissipative acrylic is not the same as highly conductive material. It is designed to release static charges in a controlled way rather than allowing sudden discharge or acting as a strong conductor.

5. Can antistatic acrylic sheet be used in cleanrooms?

Yes. Antistatic acrylic is commonly used for cleanroom partitions, observation windows, equipment panels, and protective covers where dust control and visibility are important.

6. Can antistatic acrylic sheet be used for equipment guards?

Yes. It is suitable for machine guards, equipment covers, automation shields, conveyor guards, and transparent protective enclosures in static-sensitive environments.

7. What colors are available?

Common color options include clear, amber, blue, and yellow. Other colors may be available depending on production requirements.

8. What thicknesses are available?

Common thickness options range from 2–20 mm, with 3 mm, 5 mm, and 8 mm often used for guards, windows, partitions, and equipment panels.

9. Can antistatic acrylic sheet be cut or drilled?

Yes. MASON® antistatic acrylic sheets can be cut, CNC machined, drilled, and fabricated. Processing methods should be confirmed before production to protect the surface and final performance.

10. Can MASON® provide custom antistatic acrylic parts?

Yes. MASON® supports full sheet supply, cut-to-size panels, CNC machining, drilled parts, equipment windows, protective covers, guards, and other custom ESD acrylic components.

11. How should antistatic acrylic sheet be cleaned?

Use a soft lint-free cloth with neutral cleaner or properly diluted isopropyl alcohol when suitable. Avoid abrasive tools, strong solvents, and rough wiping that may damage the surface.