The Challenge: Respecting Sacred Spaces

Cemeteries are sensitive environments where appearance, access, and public respect are paramount. When grave digging and maintenance work is required, these operations must be carried out cleanly and without causing lasting damage to grass, pathways, or landscaped areas.

For grounds and maintenance crews, particularly those using mini excavators or small diggers, the risk of ground rutting or leaving muddy tire tracks is high. Such disruption is not only visually intrusive but can also distress visitors to the site.

The GroundGuards Solution: Lightweight, Low-Impact Matting

GroundGuards recommended AlturnaMat as the ideal ground protection system for cemetery operations. Each mat weighs just 86 lbs, meaning two workers can carry and install them by hand without the need for lifting equipment. Made from strong, high-density polyethylene, the mats can withstand vehicles up to 120 tons, making them perfect for compact equipment and service vehicles.

AlturnaMat mats were laid down quickly to create temporary access routes and stable working areas around grave sites. Once the work was complete, the mats were cleaned off and reused at the next site, making them a practical and cost-effective investment for ongoing operations.

Results & Outcome: Clean Worksites and Protected Grounds

The use of AlturnaMat enabled crews to work efficiently while fully protecting the cemetery grounds from rutting and damage. The mats eliminated unsightly mud trails and preserved the dignity of the site throughout the process.

AlturnaMat now forms a core part of regular cemetery maintenance operations, ensuring that even in wet or soft ground conditions, essential work can be completed without leaving a mark.

Need Reliable Protection for Delicate or Historic Grounds?

If your team operates in sensitive or public-facing environments, GroundGuards can help you work cleanly, safely, and without disruption. Speak to us about durable, reusable matting solutions for your next maintenance or landscaping project.