Soil stabilizer is a new type of environmental protection curing material that acts directly on soil to form a dense, uniform, high-strength and durable composite stabilized soil layer. Compared with traditional inorganic combined stabilized materials, it offers convenient construction, shorter construction periods, lower costs, and excellent technical indicators for road use.

• Class A Soil Stabilizer: Powder or liquid additive that improves soil engineering performance when mixed with cement, soil, water and air.
• Class B Soil Stabilizer: Powder additive that can be used alone to improve soil engineering performance without cement.

• Form: Liquid or granular powder
• Solubility: Soluble in water
• Type: Ionic polymer type biological enzyme
• Safety: Ecological and environmental protection

The stabilizer reduces soil micelle surface energy and fixes free water as crystal water. Through physical and chemical reactions, it changes soil properties, causing particles to agglomerate, increasing electrolyte concentration, and filling soil pores. Under compaction, it forms a stable structure that improves strength, compactness, modulus of resilience, and other properties.

• Subgrade Construction: Highway subbase hardening, road base and subbase construction
• Site Hardening: Parking lots, roads, stockyards, drilling well pads
• Rammed Earth Walls: Greenhouses, ancient building walls, folk houses
• Unburned Bricks: Mixing with clay and pressing into bricks

• Cement grade 425 and above with initial setting >3 hours
• Non-polluting water required
• Compaction thickness: 15-20 cm per layer
• Cementitious materials: 3-6% of total soil
• Soil stabilizer: ~0.5 kg per cubic meter

1. Pretreatment and subgrade compaction
2. Dilution and spraying of soil stabilizer
3. Spreading cement or lime
4. Compaction and curing
5. Multi-layer construction if needed
6. Seal curing with diluted agent

• Compressive Strength: Creates solid roadbed with improved compactness and flexibility
• Water Stability: Reduces soil hydrophilicity and improves hydrophobicity
• Frost Stability: Excellent freeze-thaw resistance with low temperature shrinkage
• Comprehensive Quality: Meets/exceeds subgrade material standards for strength, CBR, etc.

Using local materials reduces costs by 10-40% compared to traditional methods. Low dosage (several parts per 10,000) achieves excellent results while minimizing material costs.

Non-polluting solution that allows land to return to agricultural use after road abandonment. Reduces environmental impact from traditional material mining.