Sneeze Guards | Perspex Online

Perspex Online

Sneeze Guards

Union | Perspex Online
sneeze 1 | Perspex Online

Overview

Plastic materials are commonly used for sneeze guards because they offer clarity, lightweight construction, and flexibility in fabrication. Transparent plastics such as acrylic and polycarbonate provide clear visibility while being easier to machine and install than glass.


Sneeze guards are commonly used in:

  • Restaurants and buffet counters

  • Food preparation and serving areas

  • Retail checkout counters

  • Reception desks and service counters

  • Pharmacy and healthcare reception areas

  • Cafeterias and food courts


Because installation requirements vary depending on the workspace or counter layout, sneeze guards are typically custom manufactured to match the dimensions of the service area or workstation.

Custom Manufactured to Your Drawings

Sneeze guard panels are usually produced to specific dimensions based on counters, serving stations, or workstations.


We manufacture sneeze guard panels from:

  • CAD drawings and dimensional layouts

  • Customer sketches or installation measurements

  • Reference samples of existing guard panels

  • Prototype panels for new installations

  • Repeat production runs for retail chains or hospitality locations


All panels are fabricated in-house using precision machining and cutting processes. Mounting holes, cut-outs, and panel dimensions are produced according to the supplied drawings.


Because counter sizes and mounting systems vary widely, most sneeze guards are drawing-led custom fabrications rather than standardised products.

snzze 2 | Perspex Online
sneeze 3 | Perspex Online

Typical Applications

Sneeze guards are commonly installed in environments where hygiene and customer interaction occur simultaneously, including:

  • Restaurant buffet sneeze guards

  • Food service counter protection screens

  • Retail checkout counter shields

  • Pharmacy and healthcare reception barriers

  • Cafeteria serving line guards

  • Bakery and deli counter protective panels

  • Customer service desk screens

  • Hospitality front desk barriers


These installations help maintain hygiene separation while allowing clear communication between staff and customers.

Recommended Materials for Sneeze Guards

Popular Sneeze Guards

Key Performance Requirements

Mechanical

Sneeze guards must provide stable and reliable protection while remaining visually clear.


Typical mechanical considerations include:

  • Panel rigidity for freestanding or mounted installations

  • Smooth edges for safe handling and cleaning

  • Stable mounting to countertops or frames

  • Accurate dimensions to fit service counters

  • Resistance to cracking or damage during handling


Environmental

These panels are often exposed to frequent cleaning and indoor lighting.


Environmental considerations include:

  • Resistance to cleaning chemicals and disinfectants

  • Long-term optical clarity

  • UV stability under indoor lighting

  • Resistance to scratching during cleaning

Recommended Materials

Acrylic (PMMA)

Acrylic is commonly used for sneeze guards due to its excellent clarity and clean visual appearance.


Advantages:

  • High optical transparency

  • Smooth surface suitable for frequent cleaning

  • Lightweight compared with glass

Limitations:

  • Lower impact resistance compared with polycarbonate


Polycarbonate

Used where additional durability or impact resistance is required.


Advantages:

  • Very high impact resistance

  • Suitable for high-traffic public environments

Limitations:

  • Slightly lower optical clarity than acrylic

  • Surface scratches more easily

Material Selection Summary

For most food service and retail applications, acrylic is commonly used because it provides excellent clarity and a clean appearance suitable for customer-facing environments.


Polycarbonate may be selected where greater impact resistance is required, particularly in busy public areas.


PETG may be used when thermoformed or curved sneeze guard designs are required, although it generally offers lower surface hardness than acrylic.


Material selection should consider hygiene requirements, durability, and installation conditions.

Design & Installation Considerations

Several design factors should be considered when specifying sneeze guards:

  • Panel height relative to customer and staff positions

  • Panel thickness for structural stability

  • Mounting method and support brackets

  • Access openings for transactions or service

  • Compatibility with frequent cleaning and hygiene procedures

  • Integration with counter or workstation layouts


Proper design ensures that sneeze guards provide effective separation while maintaining functionality and visibility.

sneeze 3 | 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 materials are commonly used for sneeze guards? +

Sneeze guards are commonly manufactured from acrylic, polycarbonate, or PETG, depending on the durability and installation requirements.

What thickness plastic is typically used for sneeze guards? +

Common thicknesses range from 4 mm to 8 mm, depending on panel size and mounting method.

Can sneeze guards be manufactured from custom drawings? +

Yes. Most panels are fabricated from CAD drawings, sketches, or installation measurements.

Are curved sneeze guards possible? +

Yes. Thermoforming processes can be used to create curved buffet-style sneeze guards.

Can mounting holes or cut-outs be included? +

Yes. CNC machining allows mounting holes, slots, and access cut-outs to be included during fabrication.

Can sneeze guards be installed on existing counters? +

Yes. Panels can be designed to integrate with existing counter surfaces or frames.

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.