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Unlike generic steel structures, Aoisun Dellok systems are optimized for the specific challenges of grain processing facilities, including heavy equipment loads, material handling stresses, and environmental factors like moisture and temperature fluctuations. The modular design reduces on-site construction time by 40% compared to traditional building methods, while the standardized component system ensures consistent quality across all projects, from small storage facilities to large-scale integrated processing complexes.
Constructed using Q355B low-alloy high-strength steel, these structures deliver a minimum yield strength of 355 MPa, providing exceptional load-bearing capacity for heavy processing equipment, mezzanines, and storage systems. The design accommodates point loads up to 20 kN/m² and uniformly distributed loads up to 5 kN/m², suitable for all grain processing machinery installations.
A multi-layer protective coating system ensures long-term durability in agricultural environments. The treatment process includes hot-dip galvanization (85μm minimum thickness) followed by a specialized polyurethane topcoat, achieving a corrosion resistance lifespan of 15 years even in high-humidity processing environments. All fasteners feature 316 stainless steel construction for complete system compatibility.
The pre-engineered modular design features standardized connection points and component sizing, allowing for flexible configuration while reducing on-site construction time. Structures can be expanded horizontally or vertically using compatible components, providing future-proofing for growing operations. The precision manufacturing ensures bolted connections require no on-site welding, minimizing installation complexity.
Engineered to withstand diverse climatic conditions, Aoisun Dellok structures meet wind load requirements up to 0.6 kPa (equivalent to 120 km/h winds) and seismic resistance up to 7 degrees on the Chinese seismic intensity scale. The thermal insulation options reduce energy consumption for climate-controlled processing areas by 25% compared to uninsulated structures.
These steel structures form the ideal framework for grain silo complexes, providing the vertical strength required for tall storage vessels while accommodating conveyor systems, loading equipment, and monitoring technology integration. The open interior design allows maximum flexibility in silo layout and material flow planning.
Custom-configured for rice processing workflows, these structures accommodate the precise spatial requirements of cleaning, hulling, milling, and packaging equipment. Integrated mezzanine systems provide efficient access to machinery for operation and maintenance while optimizing floor space utilization.
The structures' high load-bearing capacity and dimensional stability make them perfect for supporting large-scale drying equipment, including batch dryers, continuous flow systems, and associated air handling equipment. The design accommodates the ventilation requirements and weight distribution specific to industrial drying operations.
When properly maintained, the primary structural components have a design life of 50 years, with the protective coating system ensuring corrosion resistance for the first 15 years. Regular inspection and maintenance of the coating system can extend the service life beyond the initial design period.
Yes, while utilizing standardized components, the modular system allows for complete customization of dimensions, configurations, and load-bearing capacities. Engineers work with clients to develop layouts that optimize workflow efficiency while meeting all structural requirements for equipment installation.
The structures require reinforced concrete foundations designed to local soil conditions. Typical foundation depths range from 800mm to 1500mm depending on soil bearing capacity and structure height. Aoisun Dellok provides detailed foundation drawings and specifications as part of the engineering package.
