Name Plates & Plaques | Perspex Online

Perspex Online

Name Plates & Plaques

Union | Perspex Online
plates1 | Perspex Online

Overview

Plastic materials are widely used for name plates and plaques because they offer excellent surface finish, dimensional accuracy, and flexibility in fabrication. Acrylic and other plastics can be machined, engraved, or printed to create clean, durable identification panels suitable for both permanent and temporary installations.


Typical environments where name plates and plaques are used include:

  • Office buildings and corporate environments

  • Reception areas and meeting rooms

  • Retail stores and commercial interiors

  • Hotels and hospitality venues

  • Educational institutions and public buildings


Because these panels often need to match specific design layouts, mounting systems, and branding guidelines, they are typically custom manufactured to customer drawings or design specifications.

Custom Manufactured to Your Drawings

Name plates and plaques are usually produced to precise dimensions and layout requirements defined by the installation environment.


We manufacture panels from:

  • CAD drawings and artwork files

  • Customer sketches or dimensional layouts

  • Reference samples of existing name plates

  • Prototype units for interior fit-outs

  • Repeat production runs for multi-site installations


All components are fabricated in-house using precision machining and engraving processes. Mounting holes, edge finishes, and engraving features are produced according to the supplied drawings.


Most name plates and plaques are therefore drawing-led custom fabrications rather than standard off-the-shelf products.

plates 2 | Perspex Online
plates 3 | Perspex Online

Typical Applications

Name plates and plaques are used for a wide range of identification and display purposes, including:

  • Office door name plates

  • Desk name plates

  • Room identification plaques

  • Corporate branding plaques

  • Building directory panels

  • Equipment identification plates

  • Memorial or commemorative plaques

  • Retail staff name displays


These applications require materials that provide clear readability, durability, and a professional appearance.

Recommended Materials for Name Plates & Plaques

Popular Name Plates & Plaques

Key Performance Requirements

Mechanical

Name plates and plaques must maintain structural integrity and surface quality over time.


Typical mechanical considerations include:

  • Dimensional stability for wall or door mounting

  • Clean edge finishing for visible installations

  • Surface durability for engraved or printed text

  • Scratch resistance for long-term appearance

  • Accurate machining of mounting holes or fixing points


Environmental

Panels may be exposed to lighting, handling, and cleaning.


Environmental considerations include:

  • Resistance to discoloration under indoor lighting

  • Compatibility with routine cleaning

  • Long-term clarity or colour stability

  • Resistance to minor impact or abrasion

Material Selection Summary

For most name plates and plaques, acrylic is commonly used due to its clean surface finish and compatibility with engraving and printing processes. It provides a professional appearance suitable for office and retail environments.


Polycarbonate may be selected where impact resistance is required, particularly in public or industrial environments.


PVC can be used for cost-sensitive identification panels, although it generally does not offer the same visual quality as acrylic.


Material selection should consider visual appearance, installation environment, and durability requirements.

Mounting and Fixing Options

Name plates and plaques can be installed using a variety of mounting methods depending on the wall surface, installation location, and accessibility requirements.


Typical mounting methods include:

  • Adhesive mounting tapes for smooth wall surfaces

  • Countersunk screw fixing for permanent installations

  • Stand-off mounts for raised architectural signage

  • Slot or frame systems for interchangeable panels


Mounting requirements should be defined during the design stage so that hole placement and panel thickness can be manufactured accordingly.

Design & Installation Considerations

When designing name plates and plaques, several factors should be considered:

  • Panel size relative to text readability

  • Thickness suitable for mounting method

  • Hole placement or adhesive mounting areas

  • Surface finish requirements

  • Compatibility with engraving or printing methods

  • Long-term maintenance and cleaning


Considering these factors during the design stage helps ensure reliable installation and long-term appearance.

plates 4 | 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 commonly used for name plates? +

Name plates are typically manufactured from 3 mm to 6 mm sheet materials, depending on panel size and mounting method.

Can name plates be produced from CAD drawings? +

Yes. Most panels are manufactured from CAD files, sketches, or layout drawings.

Can text and logos be engraved? +

Yes. Laser or CNC engraving can be used to create permanent lettering or logos.

Are custom sizes available? +

Yes. Name plates and plaques are usually custom fabricated to match specific installation dimensions.

Can mounting holes be included during fabrication? +

Yes. CNC machining allows accurate drilling of mounting holes and fixing features.

Are coloured name plates possible? +

Yes. Plastics are available in clear, coloured, frosted, or opaque finishes.

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.