Dust Covers | Perspex Online

Perspex Online

dust covers | Perspex Online

Overview

Dust covers are transparent or opaque protective enclosures used to shield products, equipment, or display items from dust, debris, and handling while maintaining visibility where required. In retail and display environments, dust covers are commonly fabricated from clear plastic panels to protect merchandise while allowing customers to view products clearly.


These covers are widely used in:

  • Retail display cases and showroom environments

  • Exhibition and trade show displays

  • Museum and gallery displays

  • Electronics and technology product displays

  • Industrial showroom equipment displays


Plastic materials are frequently used for dust covers because they offer clarity, lightweight construction, and fabrication flexibility. Compared with glass, plastic panels are easier to machine, less prone to breakage, and can be fabricated into custom shapes to fit specific display or equipment dimensions.

Custom Manufactured to Your Drawings

Dust covers are rarely standard sizes. They are normally produced to fit specific products, equipment, or display fixtures.


We manufacture dust covers based on:

  • CAD drawings or technical design files

  • Customer sketches or reference dimensions

  • Physical samples of existing covers

  • Prototype and one-off units

  • Repeat production runs for retail or commercial environments


All components are fabricated in-house using precision cutting and machining processes. Because cover dimensions, openings, and mounting requirements vary widely, most dust covers are custom-built from customer drawings.

cover 2 | Perspex Online
cover 3 | Perspex Online

Typical Applications

Dust covers are used across a wide range of display and protection applications, including:

  • Retail product protection covers

  • Electronics display protection covers

  • Museum artefact dust protection cases

  • Exhibition display covers

  • Equipment protection covers for showrooms

  • Collectible or memorabilia display protection

  • Countertop display dust shields

  • Machinery showroom protection covers


In many of these applications, the cover must balance product visibility with environmental protection.

Recommended Materials for Dust Covers

Popular Dust Covers

Key Performance Requirements

Mechanical

Dust covers must provide structural stability while maintaining clarity.


Typical mechanical considerations include:

  • Adequate panel rigidity

  • Clean bonded joints or assembled edges

  • Scratch resistance for display surfaces

  • Smooth polished edges for visible installations

  • Stability when placed over displayed items


Environmental

Dust covers are typically used in indoor environments but may still face environmental exposure.


Considerations include:

  • Resistance to yellowing under indoor lighting

  • Compatibility with cleaning agents

  • Long-term clarity and transparency

  • Protection against dust and airborne particles

Recommended Materials

Acrylic (PMMA)

The most commonly used material for dust covers due to its excellent transparency and polished appearance.


Advantages:

  • High optical clarity

  • Lightweight compared with glass

  • Easy to machine and polish


Limitations:

  • Lower impact resistance compared with polycarbonate


Polycarbonate

Used where greater durability or impact resistance is required.


Advantages:

  • Very high impact resistance

  • Suitable for high-traffic public areas


Limitations:

  • Slightly lower optical clarity

  • More susceptible to surface scratching

Material Selection Summary

For most retail and display dust covers, acrylic is preferred due to its optical clarity and premium finish. It provides a glass-like appearance while remaining lighter and easier to fabricate.


Polycarbonate may be selected where higher impact resistance is required, particularly in environments with frequent handling or potential impact.


PETG can be used when thermoformed shapes or curved covers are required, although it does not typically offer the same scratch resistance as acrylic.


Material selection should consider visibility requirements, exposure to handling, and cover size.

Design & Installation Considerations

Several factors should be considered when designing dust covers:

  • Overall cover dimensions and panel thickness

  • Access requirements for removing the cover

  • Clearance between the cover and displayed items

  • Ventilation openings where required

  • Edge finishing for visible display areas

  • Stability when placed on display bases


Careful design ensures that the cover protects the displayed item without obstructing visibility or access.

dust covers | Perspex Online

Alternative Options:

All components used in this application are manufactured in-house using controlled, drawing-led production processes. We do not supply generic or off-the-shelf products. Each part is produced to specification to meet defined mechanical, environmental, and installation requirements.

Frequently Asked Questions

What thickness plastic is typically used for dust covers? +

Dust covers are commonly fabricated from 3 mm to 8 mm acrylic, depending on size and rigidity requirements.

Can dust covers be produced from drawings? +

Yes. Most dust covers are manufactured from CAD drawings, sketches, or reference dimensions.

Are custom sizes available? +

Yes. Dust covers are typically custom fabricated to match the size of the equipment or display item.

Can ventilation holes be included? +

Yes. Ventilation slots or drilled holes can be included during fabrication if required.

Can curved dust covers be produced? +

Yes. Curved covers may be produced using thermoforming processes, depending on material selection.

Are dust covers suitable for retail displays? +

Yes. Clear acrylic dust covers are widely used to protect retail merchandise while maintaining product visibility.

Send Us Your Drawing

Selecting the correct material and fabrication approach for automotive and fleet applications requires consideration of load type, environment, installation method, and service life expectations.