The road surface paved with ceramic particles can reduce friction with tires and have good anti slip effect. But in order to ensure the effectiveness of later use, maintenance work should be done well in the early stage of construction to avoid damaging materials. So, how can we protect road materials from damage?
1. In the initial stage of the road, it is prohibited for vehicles to pass and for debris to be piled up
The formed ceramic particle road surface can prevent all construction vehicles from passing through and prevent scattered debris from contaminating the road surface.
Do not stack mortar and concrete debris on top. When particles are close to the construction site, cover them with plastic sheeting to prevent pollution of the ceramic particle road surface during the construction process.
2. Selection of Rolling Mill
If a low-frequency and large amplitude roller is chosen, it will cause the hammer to jump and damage the smoothness of the road surface. However, choosing a roller with a large initial compaction capacity will cause the newly laid granular road surface to be pushed and deformed, affecting the smoothness of the road surface.
During the rolling process, temperatures that are too high or too low can affect the flatness. Therefore, it is very important to choose a suitable rolling mill to produce high-quality ceramic particles.
3. Keep the construction road clean
During the construction process, construction personnel should prevent particle mixtures from being contaminated at the source and ensure a clean and standardized construction environment on site.
If ceramic particles are damaged before laying, it is easy to rework and regenerate. However, if it has already become a sidewalk, repairing the damage will be a bit difficult. At this time, specialized personnel are needed for maintenance, and inexperienced personnel are strictly prohibited from carrying out the work.
All construction vehicles should be kept clean to ensure that the ceramic particle mixture is not contaminated. Please keep these materials properly for long-term use in ceramic particles for future use.
Editor: Lynn
