With the rapid development of modern agricultural technology, traditional glass greenhouses are gradually being replaced by PVC-coated fabric greenhouses. Traditional greenhouse materials have pain points such as high installation costs, complex maintenance, and rapid attenuation of light transmittance. PVC coated fabric extends its service life and enhances durability by applying a PVC (polyvinyl chloride) protective layer on polyester fiber base fabric. This new type of covering material has obvious advantages and is an excellent greenhouse material.
Compared with glass greenhouses, the material cost per square meter of PVC coated fabric is lower, which greatly reduces the initial investment cost.
PVC coated fabric is a lightweight material, and a greenhouse can be quickly built without much manpower or material resources. Its anti-fouling surface only requires 1-2 times of clean water rinsing each year, and the maintenance cost is also very low.
PVC coated fabrics can be customized in terms of light transmittance, and the uniformity of light can be increased by 30% through diffuse reflection. The infrared blocking rate of PVC coating can reach up to 85%, and the insulation performance in winter is improved by 40%. Its anti-drip coating reduces condensation water by 90%, and the air permeability can be customized from 5 to 20L/㎡/h, avoiding high-temperature and high-humidity diseases.
Wind resistance performance: Certified by EN13561, it can withstand typhoons of level 12 (50m/s wind speed).
Weather resistance test: No cracking at -40℃ low temperature
It does not deform at +100℃ high temperature
Customized specifications: Width can be cut freely from 1 to 5 meters, supporting special structures such as skylights and side curtains
Application Expansion
Flower seedling cultivation (light transmittance 90%+)
Fruit and vegetable cultivation (adjustable shading rate 30-70%)
Mushroom cultivation (fully shaded)
Dutch rose planting base: It adopts a 3-layer inflatable PVC membrane structure
Usage effect: The cost of winter heating is reduced, energy consumption is decreased by 32%, and annual output is increased by 18%
Middle East date palm greenhouse: Silver-gray UV-resistant model (Ultraviolet blocking rate 98%)
Usage effect: The temperature inside the greenhouse drops by 12℃, and the service life of the materials exceeds the design expectation by 30%