Graphene road hard soil stabilizer Liquid Dilute With Water To Apply

In situ immobilized enzyme type soil stabilizer is a liquid enzyme biological product with directional functional groups fermented from specific organic matter. This product has multiple functions in soil solidification, including catalytic promotion, synergistic strengthening, and composite bonding. As a composite enzyme bioactive product, it can fully reflect the characteristics of biological enzymes themselves in activating catalysis and accelerating reactions. At the same time, it has the same directional consistency, strong efficiency enhancement, and good compatibility with other natural or artificial components after synergistic action. It is a new generation of environmentally friendly composite biological curing materials.
The biological enzyme type soil stabilizer combines the advantages of various types of products, enhancing the solidification and bonding dimensions. Compared with ordinary cementation methods, biological enzyme curing agents enhance the morphology of cementation molecules, the structure of cementation chains, and the dimensional extension performance of cementation grids. After external compaction, a multi node chain shaped divergent hinge inlay structure with good compactness and high bearing capacity can be formed, making comprehensive performance more outstanding in all aspects, which is the company's characteristic product.

Appearance: White series or brown series Liquid pH: 5.0-9.0
Formula adaptability: The above indicators can be adjusted according to soil quality. Density: 0.9-1.2

Before on-site construction, determine the required amount of soil, cementitious materials (if necessary), biological enzyme soil stabilizer, and water based on experimental data. Dissolve and dilute the biological enzyme soil stabilizer in a certain proportion according to the ratio requirements for future use. The solidified soil undergoes processes such as roadbed compaction and leveling, soil mixing and paving, mixing and leveling, spraying solidifying agents, leveling and rolling, and health sealing to form a road layer structure that meets relevant technical requirements.

• Good overall performance: The combination of enzyme-based solidification, ion-based solidification, and molecular binding solidification principles fully utilizes the substrate catalytic function of enzymes to activate, activate, and bond various different elements in the soil at low temperatures. Through multi-point channel resonance, the water film gap of soil particles is reduced, and the single chain structure in the soil continuously transforms into a multi-chain structure and crystalline structure, forming a spatial multi-point extended and dispersed chain bonding structure, forming a high-density grid hinge plate elastic structure. The bearing capacity of the solidified body is improved, the overall function is strong, and the water sealing effect is good.
• Strong impact resistance: Biological enzyme curing agents have a synergistic effect, with more diverse spatial network crosslinking methods and crosslinking structures. The overall performance of the solidified body is more perfect than that of previous single curing methods. The sealing, waterproofing, and bonding strength of the solidified body can be more stable in the long term under natural external forces such as wind, rain, summer heat, and winter freezing. The elasticity of the solidified body is maintained in the optimized range of load impact, and the long-term stability of mechanical resistance to high loads and impact loads is better.
• Wide application scenarios: Regions with large temperature differences in tropical and cold regions, scenic spots, landscaping and environmental protection roads, site hardening, small airports, rural low-bearing soil road solidification, and stable road and high-grade pavement base.
• Convenient construction: Using local materials and solidifying on-site: The surface soil in the construction area can be constructed after our company's laboratory soil analysis and formula optimization. The construction process is relatively simple, and universal road construction machinery can meet the construction requirements, resulting in lower engineering costs.
• Green and Environmental Protection: Ecological and Environmental Protection, Returning to Nature: Biological enzyme solidifying agents belong to green and environmentally friendly products. After being added to soil, they participate in a series of physical, chemical, and biological reactions, forming new mineral complexes with soil or combined with cement, white ash, etc. The solidified raw materials come from nature, and the solidified soil returns to simplicity, constructing a livable ecology between humans and nature, in line with the sustainable development concept of blue sky, white clouds, green water, and green mountains.

Construction shall be carried out in accordance with the national road construction standards and the Technical Specification for Bioenzyme Soil Solidification Pavement.