Galvanized Steel Silo (Our Base) | Farming, livestock feed storage | Material: Galvanized Steel (85 µm coating ▲, ISO 1461) Capacity: 10–50 tons | Cost-effective, durable, moderate corrosion resistance Lightweight for farm setups | Less corrosion-resistant than stainless steel Heavier than plastic alternatives |
Stainless Steel Silo (Industry Standard) | Chemical storage, food processing | Material: 304 Stainless Steel (ASTM A240) Corrosion: 1000+ salt spray hours (ASTM B117) | High corrosion resistance, hygienic, long lifespan Meets food-grade standards | Higher upfront cost Requires frequent inspections for weld integrity |
Automated Galvanized Steel Silo (Our Advanced) | Large farms needing automation | Material: Galvanized Steel (100 µm coating ▲, ISO 1461) Automated system (ISO 9283) Capacity: 50–200 tons ▲ | Reduces labor costs by 40% Higher capacity ▲ Automated grain distribution | Complex installation Still vulnerable to extreme corrosion environments |
Concrete Silo (Alternative) | Long-term storage in harsh environs | Material: Reinforced concrete (ASTM C39) Wall thickness: 200mm (ISO 10360) | Extremely durable (50+ year lifespan) Fire-resistant Low maintenance | High initial cost (30% more than steel) Non-modular, difficult to relocate |
High-Corrosion Stainless Silo (Industry Premium) | Marine/chemical industries | Material: 316 Stainless Steel (ASTM A240) Corrosion: 2000+ salt spray hours ▲ (ASTM B117) | Withstands extreme chemical exposure ▲ Marine-grade durability | 50% heavier than galvanized steel Costs 2x more than standard stainless |
Modular Silo System (Customizable) | Custom capacity needs | Modular design (ISO 10360) Scalable up to 200 tons ▲ Quick assembly (2–3 days) | Rapid deployment Adapts to changing storage needs ▲ Space-efficient | Potential seam leakage risks Higher initial cost for modular components |