Using independently developed patented process equipment, a gradient mixing process promotes the formation of cement, silica, and calcium dioxide crystals. This produces a low-density, highly porous “aerosilica lightweight mud."The resulting silica and calcium dioxide aerosol foams (pore diameter: 30nm-60nm) feature high porosity, complete pores, large specific surface area, excellent thermal insulation, low density, and excellent elasticity.
The porosity, ultra-low density, low thermal conductivity, low sound velocity, low refractive index, low dielectric constant and high dielectric strength, controllable hydrophobicity and hydrophilicity, and nanomaterial properties provide superior thermal insulation, noise isolation, radiation protection, electrical insulation, and waterproofing. (Density less than 500kg per square meter)
We have independently developed and obtained national patent certification for our automated grouting equipment, which integrates a main control platform (responsible for parameter setting and monitoring), a feeding and mixing unit (for precise material ratio control), and a high-efficiency pumping system capable of stably delivering grout to construction areas across multiple floors. The equipment features high mobility, allowing flexible adjustments in layout and routing based on project requirements, and supports layer-by-layer grouting to significantly improve on-site efficiency. Through precise automated control, it effectively reduces human error and quality variation, while shortening construction timelines. Additionally, digital monitoring is implemented to ensure that the flow and quality of each grouting operation can be tracked and reviewed in real time.
利瀚昇宇 