Water-permeable paving stone adhesive is made of modified polymer resin as the bonding material, with natural colored stones and polished colored stones as the aggregates.Glass、CrystalStone and artificial aggregates are firmly bonded together, laid on concrete, pervious concrete,BitumenOr GradeSand and gravelBase-level landscape paving materials. Why go through a major overhaul for road repairs? Just find some colorful pebbles you like, glue them together with adhesive, and you'll have a sturdy, durable, and attractive surface. This simple method will revitalize your road.
The raw materials used in adhesive stone paving are eco-friendly, naturally colored, elegant, and economical, making them the new material required for the development of sponge cities. The adhesive stone is made by a special process using imported adhesive and natural colored pebbles, featuring durability, aesthetic appearance, natural coloration, and resistance to fading. It is a novel artistic landscape paving material.
The adhesive stone permeable pavement features water and air permeability, excellent skid resistance, and is environmentally friendly with no radiation or environmental pollution, catering to the current needs of sponge city development. It is a breathing ground.
Typical site-wide paving materials include waterproof concrete, visible materials, and adhesive for porous stone pavers made of permeable concrete. The adhesive bonds stones made of a transparent, weather-resistant resin composite to the ground, altering the expected landscape effect. The stones naturally scatter, with each particle clearly visible. When vehicles or pedestrians walk on them, the natural stones disperse. In dry weather, rainwater can seep through the gaps between the stones to replenish groundwater.
Porous concrete pavement material is an eco-friendly material with high permeability, essential for sponge city construction. It serves as a novel paving method for urban ecosystems, partially replacing traditional urban hard surfaces. This material revitalizes urban surfaces, allows rainwater to seep into the ground, effectively eliminating surface water accumulation, and is a green, environmentally friendly ground material that "breathes."
