
Libra Weighing installs a custom 4-platform multi-axle weighbridge at RAF Alconbury to ensure precise weight distribution for aircraft cargo loading.

A new housing construction project in Kent, UK, is now benefiting from a cleaner operational environment thanks to the installation of a 6m Eurowash Compact wheel washing system supplied by Libra Weighing. Recognizing the importance of maintaining clean public roads, the construction firm proactively invested in this efficient solution. As vehicles exit the often muddy job site, the Eurowash Compact effectively removes dirt and debris from their wheels, preventing the transfer of mud onto the local road network and ensuring better conditions for the surrounding community.
The Eurowash Compact is an ideal choice for construction projects like this, offering a balance of performance and a relatively small footprint. By implementing this wheel washing system, the developers in Kent are demonstrating their commitment to environmental responsibility and good neighborly practices. This simple yet effective measure helps to minimize disruption and maintain the cleanliness of public thoroughfares. Is your construction site facing issues with mud on roads? Explore our range of Libra Weighing wheel wash systems to find the perfect solution for your needs. Contact us today for a consultation!

Libra Weighing installs a custom 4-platform multi-axle weighbridge at RAF Alconbury to ensure precise weight distribution for aircraft cargo loading.

Custom 2-bay boot wash station from Libra Weighing, a bespoke solution built for Balfour Beatty. Learn how this heavy-duty unit is designed to clean muddy boots and equipment on a London job site.

Libra Weighing’s custom-built export weighbridges, featuring innovative group axle weighing technology, are enhancing efficiency for a major mining operation in Kampala, Uganda.

Discover how Libra’s 10-metre Rumble Bath helps construction projects like this one for Wessex Water in South England maintain clean public roads and exceed council regulations.