Large Multi-Span Sawtooth Greenhouse for Commercial Crop Cultivation

Large Multi-Span Sawtooth Greenhouse Structure

The Aurlant Multi Span Sawtooth Greenhouse is designed for commercial crop production. The sawtooth roof improves natural ventilation and supports stable growing conditions. The structure is suitable for large agricultural projects.

Strong Galvanized Steel Framework

This Commercial Sawtooth Greenhouse uses a hot-dip galvanized steel frame. The structure provides corrosion resistance and long service life. It supports different climate conditions and production requirements.

Efficient Natural Ventilation Design

The sawtooth roof allows warm air to escape through the roof openings. Fresh air enters through side ventilation areas. This design helps reduce heat buildup inside the greenhouse.

Flexible Custom Greenhouse Configuration

The Custom Sawtooth Greenhouse supports different span widths, section widths, and heights. Growers can choose dimensions based on crop type, climate conditions, and project size.

High Light Transmission Film Covering

The greenhouse uses plastic film covering with thickness options from 80 to 200 microns. The covering allows good light transmission and supports healthy crop growth.

Hydroponic Crop Production

This Hydroponic Sawtooth Greenhouse is suitable for hydroponic growing systems. It supports vegetables, leafy greens, herbs, and other high-value crops. The design helps improve production efficiency.

Large-Scale Commercial Farming

The Large Scale Sawtooth Greenhouse provides a large growing area for commercial operations. It supports year-round cultivation and efficient farm management.

Designed for Production Greenhouses

The greenhouse is widely used in production agriculture. It supports commercial vegetable farms, hydroponic projects, seedling production, and controlled-environment agriculture facilities.

Product Parameters

Product Features

• Flexible Covering System
  Supports high-transmission film, diffusion film, and black-white film options. The roof can use film covering while sidewalls use polycarbonate panels.
• Efficient Roof Ventilation Design
  The sawtooth roof structure supports natural airflow. Roof vents help remove hot air and improve greenhouse climate conditions.
• Sidewall Ventilation System
  Side ventilation windows improve fresh air circulation. The system helps manage temperature and humidity levels.
• Internal Air Circulation Fans
  Circulation fans distribute air throughout the greenhouse. This helps create a more uniform growing environment.
• Electric Ventilation Control
  Ventilation equipment can be operated through electric control systems. This simplifies greenhouse management.
• External Shading System
  Black shading nets provide shading rates from 55% to 95%. The system helps reduce solar heat gain during hot seasons.
• Internal Thermal Shading System
  Aluminum foil shading screens reduce heat accumulation and support energy conservation. Different shading levels are available.
• Optional Sidewall Shading Solutions
  Additional wall shading systems can be installed based on crop requirements and local climate conditions.
• Automated Shading Operation
  Electric drive systems support automatic opening and closing of shading screens according to growing conditions.
• Multiple Heating Source Options
  The greenhouse supports hot water boilers powered by coal, natural gas, diesel, electricity, or biomass fuel.
• Flexible Heat Distribution Methods
  Heating can be delivered through pipe systems or radiators. Different solutions fit different project requirements.
• Alternative Heating Solutions Available
  Air conditioners, geothermal systems, and independent heaters can be integrated when required.
• IoT Temperature Control Integration
  Heating equipment can connect with smart monitoring systems for automated climate management.
• Fan and Cooling Pad System
  Cooling fans and wet pads work together to reduce greenhouse temperatures. The system can lower temperatures by 5–10°C.
• Optional Air Conditioning Cooling
  Additional cooling equipment can be installed for regions with extreme temperatures.
• Remote Environmental Monitoring
  IoT systems allow users to monitor cooling and climate conditions through digital control platforms.
• Multiple Hydroponic Growing Options
  Supports Dutch bucket systems, coco coir growing systems, NFT hydroponics, DWC systems, and aquaponics projects.
• Hydroponic System Flexibility
  Growing systems can be configured for vegetables, herbs, berries, and commercial crop production.
• Integrated Fertigation System
  The system combines irrigation and fertilization management. Nutrients are delivered directly to crop root zones.
• Smart Fertilizer Dosing Equipment
  Automatic fertilizer machines help maintain accurate nutrient delivery and reduce manual operation.
• Advanced Water Treatment System
  Sediment filtration and RO water treatment systems improve water quality for hydroponic cultivation.
• Suitable for Commercial Production
  These systems make the greenhouse suitable for large-scale crop cultivation, hydroponic farming, and commercial agricultural projects.