Single-Span Tunnel Greenhouse | Tomato/vegetable farming, small-scale agri | - Frame: Galvanized Steel (Industry: Mild Steel) ▲10% stronger (ASTM A153) - Cover: PE Film (0.25mm, UV-protected) ▲30% longer lifespan vs standard film | - Cost-effective (30% lower than glass greenhouses) - Lightweight, easy assembly | - Less thermal insulation (43 dBA noise reduction vs 55 dBA in double-layer designs) |
Double-Layer Poly Greenhouse | Commercial farming, climate-sensitive crops | - Cover: Double PE Film (12mm air gap) ▲20% better insulation (ISO 15193) - Frame: Reinforced Steel (Industry: Standard Steel) ▲15% load capacity | - Optimal temp control (-5°C to 40°C) - Frost-resistant | - 25% higher upfront cost vs single-layer designs |
Hoop House | Seasonal extension, small farms | - Frame: PVC/Steel Arch (Industry: PVC Only) ▲25% stronger wind resistance (ASTM D3514) - Cover: 6mil Polyethylene | - Low-cost, portable setup - Quick deployment | - Shorter lifespan (3-5 years) - Limited height for machinery |
Glass Greenhouse | Ornamental plants, high-end nurseries | - Cover: Tempered Glass (Industry: Standard Glass) ▲40% light transmission (85% vs 60%) - Frame: Aluminum ▲20% lighter | - Superior light penetration - Durable (20+ years) | - High cost (50% more than plastic) - Risk of breakage in extreme temps |
Modular Greenhouse | Urban farming, scalable operations | - Design: Prefabricated Panels ▲50% faster assembly (ISO 14000) - Material: Corrosion-resistant Steel (ASTM A537) | - Expandable configurations - Low maintenance | - Customization limits flexibility - Higher initial investment |
High-Tunnel Greenhouse | Organic farming, row-crop protection | - Cover: 8mil UV Film ▲40% UV resistance (ASTM D4355) - Frame: Galvanized Steel Arch (Industry: PVC) ▲35% wind load capacity | - Cost-efficient (60% cheaper than glass) - Minimal foundation required | - Requires manual ventilation adjustments - Less snow resistance |