Da Zheng Cement Silo

Scientific Structure and Stability:
Performance Constructed from high-grade galvanised steel (zinc coating thickness ≥80μm, with 30% enhanced rust resistance) or 304 stainless steel, The vertical cylindrical body incorporates ring-shaped reinforcement ribs spaced at 50cm intervals, achieving a compressive strength of 2.5MPa while withstanding Category 12 gale-force winds and intense downpours. This design ensures full suitability for prolonged outdoor exposure. The silo's sealed design incorporates multiple protective layers: fully automated seamless welding ensures leak-free walls, with joints filled using weather-resistant sealant (-40°C to 80°C) for secondary protection. The domed rain cover incorporates automatic drainage channels, while a 10cm-thick reinforced concrete base plate at the bottom isolates ground moisture, preventing cement from dampness, clumping, and deterioration at source. The integrated functional system balances efficiency and safety: a spiral automatic discharge system (conveying capacity 10-50m³/h, speed adjustable via PLC panel) is paired with a radar level gauge with an error margin ≤±20mm, providing real-time display of remaining material and low-level alerts. A silo-top pressure relief valve (relief pressure 0.15MPa) prevents safety hazards from dust accumulation. Customisable options include a 50mm-thick rock wool insulation layer (suitable for low-temperature regions like Northeast China, maintaining ≥5°C internal temperature) or dust explosion-proof devices (for high-dust concentration environments), catering to diverse regional and operational requirements.

Core Advantages and Practical Value Storage Safety and Quality Assurance:
The dual-seal design reduces cement storage loss to below 0.5%, significantly lower than the industry average of 1.2%, effectively minimising material wastage. The galvanised steel/stainless steel construction eliminates frequent rust removal, requiring only 1-2 high-pressure water jet cleanings annually, substantially reducing maintenance labour costs. With a service life of 15-20 years, it offers superior long-term cost-effectiveness. Installation Convenience and Controllable Costs: The modular split design divides the silo into independent components such as the silo roof, silo body, and discharge system. No single component exceeds 5 tonnes in weight, enabling transport via standard lorries. This is particularly suited to challenging transport scenarios such as mountainous regions and remote construction sites. On-site assembly requires no heavy lifting equipment. A 50-tonne unit can be assembled within 2-3 days, while a 1,000-tonne unit becomes operational in 7-10 days, achieving 40% higher installation efficiency than traditional monolithic silos. Core components (level sensors, conveyor motors) utilise standardised models readily available locally, ensuring low replacement costs. Annual maintenance expenses average just 1.5%-2% of the equipment's total value. Flexible capacity and spatial adaptability: Offering multiple specifications—50 tonnes (suitable for temporary storage at small construction sites), 100-200 tonnes (suitable for medium-sized precast component factories), and 500-1000 tonnes (suitable for large commercial concrete mixing plants)—the vertical structure design saves 60% floor space compared to horizontal silos, enabling flexible placement even on confined urban construction sites. Supports customisation for ultra-large capacities exceeding 1000 tonnes, meeting enterprises' scaled reserve requirements without necessitating additional storage site expansion.

Diverse Application Scenarios Construction Engineering Sector:
Suitable for residential developments, commercial complexes, and municipal road projects. Seamlessly integrates with concrete mixer trucks and pump trucks to achieve integrated operations: ‘material discharge from silo → mixing → pouring’. This reduces material transfer frequency, minimises dust pollution and material loss during handling, and enhances construction efficiency. Concrete and Building Materials Production Sector: As the core storage equipment for ready-mix concrete plants, it simultaneously stores three powdered raw materials: cement, fly ash, and mineral powder. This supports continuous production of 500–2000m³ of concrete daily, preventing production line stoppages due to material shortages. It also suits precast component factories (e.g., PC components, cement pipe production) by storing base materials like gypsum powder and cement, ensuring stable production line operation. Adaptation for Special Environments and Regions: For high-temperature, high-humidity regions in South China, the silo surface incorporates a sun-protective coating to reduce internal temperatures and prevent cement caking. For low-temperature, severe cold regions in Northeast China, an insulation layer is added to maintain internal temperatures, ensuring normal discharge during winter. Outdoor, open-air use requires no protective shelter construction, saving additional installation costs. Whether for mining tailings storage, new building materials production, or road and bridge construction, it reliably fulfils its storage function. The product complies with ISO 9001 quality management system standards and holds CE and ASME international certifications, meeting construction industry regulations across diverse global regions. It represents premium storage equipment that balances practicality, adaptability, and safety.

Our company's main products: Steel Silo, Feed Silo, Grain Silo, Cement Silo, Fly Ash Silo, Slag Powder Silo, Steel Storage Bin, Storage Silo, Buliding Material Silo.