The Spanish Gothic Greenhouse is a modern agricultural greenhouse structure characterized by its distinctive Gothic-style arched roof.
This design enhances structural stability, improves ventilation, and optimizes light distribution, making it ideal for cultivating flowers, vegetables, fruits, and other high-value crops. Constructed with a hot-dip galvanized steel frame, the greenhouse can be covered with polycarbonate panels (PC panels), double-layer inflated film, or high-transparency polyethylene film.
The combination of a high roof and Gothic arches allows for better air circulation, efficient water drainage, and a more durable structure, making it a preferred choice for commercial greenhouse farming.
Width Span
8m, 8.5m, 9m, 9.6m, 12m
Pillar Height
4m -8m, customized
Height to Peak
6m-10m, customized
Cover
Polycarbonate sheet or plastic film
Structure resistance
Wind 130km/h
Design to handle
50kn/m2 downloads of snow and crops
Distance between arches
2.5m
Distance between pillar
2.5m and 5m
Main pillars
80x80mm
Hot galvanized steel structure -Framework
Galvanized layer has thickness uniformity, no burr, durable, strong stability.
It is high quality steel which is accordance with national standard.
15-20 years service life
Ventilation
A greenhouse ventilation system is a critical component of climate control, designed to regulate temperature, humidity, CO₂ levels, and air circulation inside the greenhouse. By using natural or mechanical ventilation, excess heat and moisture are removed while fresh air is introduced to maintain a stable and healthy growing environment for plants.
Inner shading system
Shading rate: 55%, 65%,75%,85%, 99% In summer, it can reduce the inner temperature ; and in winter and at night, it can prevent the heat running off. The aluminum shade net good solar and thermal reflectance. So It has double effect of cooling and warming. and it will reduce the heating cost.
Cooling system -exhaust fan & cooling pad
A set of large fans blow air out of the greenhouse, causing a suction-draught through the greenhouse. The suction-movement caused by the fans, forces hot outside air to be pulled into the greenhouse through the wet pads. Water from the pads evaporates into the hot air, increasing its humidity whilst lowering the temperature.