Greenhouse Climate Screen

VIDEO OF CLIMATE SCREEN

Key Advantages of Using Climate Screen

Reduced Energy Costs

Lower heating and cooling needs translate into serious savings.

Improved Crop Yield and Quality

Stable conditions lead to healthier, more productive plants.

Better Disease and Pest Control

By limiting moisture and improving air circulation, screens reduce the risk of disease outbreaks.

Enhanced Environmental Sustainability

Less energy used. Fewer chemicals needed. Better water efficiency. That's a win-win-win.

PRODUCT SPECIFICATION

model	material	weight（g/㎡）	CLO value	thermal resistance	heat transfer index	energy saving rate
DCLT-DIPES12 MD	DIPES12 + nanofiber cotton + polyester fabric	200±10	1.22085C1o	0.18923K·㎡/W	5.285W/(㎡·K)	67.87%
DCLT-DIAl75 MD	DIAl75 + nanofiber cotton + polyester fabric	220±10	1.24594C1o	0.19312K·㎡/W	5.178W/(㎡·K)	68.68%
DCLT-A/B MD	DIL99 A/B + nanofiber cotton+polyester fabric	230±10	1.62892C1o	0.25248K·㎡/W	3.961W/(㎡·K)	74%
DCLT-B/B MD	DIL99 B/B + nanofiber cotton+polyester fabric	230±10	1.22026C1o	0.18914K·㎡/W	5.287W/(㎡·K)	67.86%
DCLT-W/B MD	DIL99 W/B + nanofiber cotton+polyester fabric	210±10	1.26809C1o	0.19655K·㎡/W	5.088W/(㎡·K)	69.15%
DCLT-WPE75 MD	WPE75 + nanofiber cotton + polyester fabric	200±10	1.46518C1o	0.22710K·㎡/W	4.403W/(㎡·K)	72%
DCLS-W MD	White high strength woven film + nanofiber cotton+polyester fabric	260±10	1.10308C1o	0.17098K·㎡/W	5.849W/(㎡·K)	65.6%
DCLS-C MD	High strength woven film + nanofiber cotton+polyester fabric	260±10	1.10308C1o	0.17098K·㎡/W	5.849W/(㎡·K)	65.6%
DCLS-WPE75E MD	WPE75E + nanofiber cotton + polyester fabric	260±10	0.86400C1o	0.13392K·㎡/W	7.467W/(㎡·K)	60.18%



DCLS-C MD300



DCLT-DIAl75 MD



DCLT-BB MD



DCLT-WB MD

How Climate Screens Work



Light Diffusion and Management

Screens scatter incoming sunlight evenly, so every plant gets its fair share of light—no more burned leaves up top and struggling stems below.

Thermal Insulation Capabilities

They trap warm air during cold nights and block excess heat during hot days. It's like giving your greenhouse a breathable thermal blanket.

Humidity and Condensation Control

By controlling the microclimate inside, screens reduce condensation—meaning less risk of mold and disease.

Ventilation and Airflow Regulation

 Some screens are porous, letting just the right amount of air flow through. Others can open and close like blinds, allowing active climate control.

Functions of Greenhouse Climate Screens

Energy Saving

Heating and cooling a greenhouse can be expensive. Climate screens reduce energy usage by up to 40%, which is huge for your bottom line.

Crop Protection

They reduce sunburn on sensitive plants, buffer against cold snaps, and even keep pests at bay by controlling humidity and airflow.

Pest Management Support

Some climate screens double as insect netting, minimizing pest invasion without chemicals.

Excellent temperature control performance

Good insulation effect

effectively buffer the temperature difference between day and night, so that the greenhouse night temperature is 3-5 ℃ higher than ordinary materials.

Multi-layer heat insulation structureMulti-layer structure design, winter heat preservation performance is higher than single-layer film, significantly reducing the need for heating

Summer cooling function

ventilation design, summer daytime temperature is 2-4℃ lower than outdoors

Advanced moisture management system

Dynamic breathable technology

fabric micropores can be automatically adjusted according to the difference between internal and external humidity to maintain the ideal humidity range.

Anti-condensation design special treatment makes the condensation form a uniform water film instead of water droplets, reducing the risk of disease transmission.

Water-saving effect

Reduces irrigation water consumption compared to traditional mulching materials.

Superior Durability

service life of 5-7 years, 2-3 times that of ordinary plastic film.

Tips for Choosing the Right Climate Screen

Based on Crop Type

Different crops need different light levels—choose accordingly.

Based on Local Climate

Hot, humid? Go for shade and airflow. Cold and dry? You need insulation.

Based on Greenhouse Type

Is your structure high-tech or simple? Custom screens are available for both.

THE UNIQUE MULTILAYER STRUCTURE  

The surface layer

made of high-strength woven membrane, waterproof.

The second layer

made of nano-fiber cotton whose functions are as follows: 

Thermal insulation:

nanofiber unique three-dimensional three-dimensional structure, so that it has a microporous, porous, high air filtration, etc., can store a large amount of air, with high thermal insulation properties, shorten the crop growth cycle to improve crop yields, increase economic benefits. Waterproof: nanofiber diameter is small, the gap between the fibers is smaller than the water molecules, preventing water infiltration, to ensure that the material in areas of high humidity and rain and snow conditions, continue to stay dry and fluffy. 

Flame retardant:

nanofiber porous texture, small gaps make its structure dense, in the heat after the fiber thermal expansion, closed pores to isolate the air, so as to achieve the effect of flame retardant, effectively prevent the occurrence of fire to reduce economic losses. Bactericidal and antibacterial: After the fiber reaches the nano level, it has strong adsorption power, adsorbing the harmful bacteria in the surrounding air, making it lose its ability to move until it is eliminated, which reduces the occurrence of pests and diseases and increases the economic benefits.

Breathable:

the huge surface area of nanofiber, high porosity, large air flow, so that it has good air permeability, regulating the humidity and problematic degree of the greenhouse, so that the crop grows in the appropriate temperature and humidity, and improve crop yield. Ultra-thin and lightweight: the characteristics of nano-fiber materials make it no longer rely solely on increasing the thickness of the material to improve thermal insulation, reducing the weight of the material itself to achieve the characteristics of soft and lightweight, easy to mechanize the use.

The third layer

made of wear-resistant backing cloth, which increases the weather resistance of the product and prolongs its service life.

Greenhouse climate screens aren't just fabric—they're one of the most powerful tools in modern agriculture. From cutting costs and boosting yields to protecting your crops from disease and harsh weather, they transform the way we grow. Whether you're running a high-tech greenhouse or a modest setup, climate screens can make a massive difference.

FAQs OF CLIMATE SCREEN

1. What is the lifespan of a typical climate screen?

Most high-quality screens last 5–8 years with proper care.

2. Can climate screens be used with any crop?

Yes. They're customizable for everything from tomatoes to orchids.

3. Are there eco-friendly options for climate screens?

Absolutely. Many manufacturers now offer recyclable and biodegradable screens.

4. How do screens affect pollination?

They don't. Just make sure they're retracted or adjusted during pollination windows.

5. Can screens reduce pesticide use?

Yes. By controlling humidity and airflow, they lower the risk of pest outbreaks.

6. Do climate screens work in humid climates?

They're especially helpful in humid areas, reducing condensation and mold risk.