English
 |
TOP
Polyester
OEM, OED
ISO
China
| Quantity: | |
|---|---|
If you've ever tried growing a tomato plant in your backyard and compared it to one grown in a greenhouse, you'd notice a massive difference. That's because greenhouses are engineered environments. Every detail—from light to humidity—plays a critical role. When you can control the climate inside a greenhouse, you take charge of the plant's productivity, health, and yield.
Among all the tools available for climate control, screening systems are absolute game changers. These aren't just pieces of fabric or netting—they're powerful tech-enhanced materials that affect how light enters, how heat builds up or escapes, and even how pests are kept at bay. And right at the forefront of this revolution? Aluminum screens
An aluminum screen is essentially a layer of woven or laminated material where strips of pure or coated aluminum are integrated to manage light and thermal flow. It's a specialized curtain used on the ceiling or sidewalls of greenhouses to regulate the internal microclimate.
These reduce the intensity of sunlight that penetrates the greenhouse. Too much sunlight can cause overheating, leaf burn, or water loss. Shading screens, especially those with aluminum threads, provide a consistent temperature by reflecting excess sunlight.
Think of these as thermal blankets. They trap heat during cold periods and help reduce heat loss during the night. Aluminum's reflectivity comes in handy here—keeping warmth in when it's needed most.
Instead of letting light pass directly, diffusion screens scatter it, so all parts of the plant get even exposure. This is crucial for even growth, especially for dense planting setups.
Greenhouse Shade Netting
Greenhouse Shade Netting
Greenhouse Shade Netting
Aluminum screens don't fray, tear, or degrade easily. Unlike synthetic materials, they don't become brittle over time. With proper maintenance, they can easily last 10–15 years.
Thanks to their metallic nature, aluminum screens reflect a good chunk of incoming solar radiation. This reduces heat buildup, keeping the internal environment cooler—ideal for crops that prefer temperate conditions.
Worried about fire hazards in dry seasons? Aluminum screens are non-combustible and meet many fire safety standards. This makes them a safer option for commercial operations.
Despite being metal-based, these screens are incredibly lightweight. They roll out easily, can be installed in layers, and work seamlessly with motorized systems.
They're designed to endure the greenhouse's harsh UV environment. The aluminum doesn't fade, crack, or become brittle under constant sunlight exposure.
High humidity? No problem. The aluminum used in greenhouse screens is usually treated or coated to resist oxidation and corrosion.
We use the newest and high level machine from America to do aging test of screen. The machine combines high concentration of fluorescent, UV light and other functions, which can simulate natural environment of Florida and Arizona, such as UV light, rain, high temperature, high humidity, dew and balck light and so on. Through the simulation of the natural environment again and again, and automation operation, to get the finally testing data. This can reproduce the damage of screen caused by natural environment for several years.
PARAMETERS OF ALUMINUM SCREEN
Aluminum Screen DIAI35 FR 
Aluminum Screen DIAI45 FR
Aluminum Screen DIAI55 FR
Aluminum Screen DIAI65 FR
| Model | Material | Structure | System | Width | Application | Flame-retardant |
DIAl35 FR | 13% Polyolefin, 21%Aluminum, 32% Polyester, 34%Modacryl | 1Aluminum,4Transparent | Sliding,Hanging | 430cm | Inside in greenhouse | YES |
| DIAl45 FR | 11% Polyolefin, 38%Aluminum 28% Polyester, 23%Modacryl | 1 Aluminum,1Transparent, 1Aluminum, 2Transparent | ||||
| DIAl55 FR | 11% Polyolefin, 44%Aluminum ,27% Polyester, 18%Modacryl | 1 Aluminum,1Transparent, | ||||
DIAl65 FR | 10% Polyolefin, 54%Aluminum 25% Polyester, 11%Modacryl | 2Aluminum,1Transparent, | ||||
DIAl75 FR | 10% Polyolefin, 55%Aluminum 25% Polyester, 10%Modacryl | 3Aluminum,1Transparent, | ||||
DIAl85 FR | 7% Polyolefin, 58%Aluminum, 25% Polyester, 10%Modacry | 7Aluminum,1Transparent, | ||||
DIAl55 V FR | 13% Poylester, 54% Aluminum, 33% Polyester | 1Aluminum,1Open,1Aluminum, 1Open,1transparent | ||||
DIAl60 V FR | 12% Poylester, 59% Aluminum, 29% Polyester | 2Aluminum,1Open, 1Aluminum, 1Open | ||||
DIAl65 V FR | 11% Poylester, 61% Aluminum, 28% Polyester | 2Aluminum,1Open | ||||
DIAl85 V FR | 9% Poylester, 68% Aluminum, 23% Polyester | 7Aluminum,1Open |
| Model | Mechanical properties | Physical property | ||||
Weight (g/㎡) | Width of strip (mm) | Light transimission in sunlight (%) | Light transmission when overcast(%) | Shading level (%) | Energy saving (%) | |
DIAl35 FR | / | 4.0 | 68 | 62 | 32 | 49 |
| DIAl45 FR | / | 4.0 | 56 | 50 | 44 | 50 |
| DIAl55 FR | / | 4.0 | 45 | 41 | 55 | 55 |
DIAl65 FR | / | 4.0 | 31 | 29 | 69 | 65 |
DIAl75 FR | / | 4.0 | 22 | 25 | 78 | 67 |
DIAl85 FR | / | 4.0 | 15 | 13 | 85 | 70 |
DIAl55 V FR | / | 4.0 | 47 | 43 | 53 | 20 |
DIAl60 V FR | / | 4.0 | 38 | 36 | 62 | 25 |
DIAl65 V FR | / | 4.0 | 32 | 28 | 68 | 27 |
DIAl85 V FR | / | 4.0 | 16 | 15 | 84 | 30 |
Breaking New Ground with Vertical Farming
Zhejiang, Jiashan
This isn't your traditional greenhouse. It's China's first fully enclosed, intelligent three-dimensional seedling greenhouse factory—a mouthful, but in simpler terms, it's a completely controlled vertical farm that maximizes space and efficiency. With just 720 square meters of planting area, this revolutionary system can cultivate a staggering 13.14 million seedlings per year. That's enough to support 6,000 acres of traditional agricultural fruit and vegetable planting—all from a single, compact space.
Strawberry Heaven with Advanced Tech
Zhejiang, Tonglu
This plastic film greenhouse is a highly efficient and economical solution for strawberry cultivation. Featuring a suspended trough system, it elevates plants, minimizing disease risks while enhancing airflow and sunlight exposure. To sustain ideal growing conditions, an advanced wet curtain and fan system regulates temperature and humidity through evaporative cooling. Additionally, its ventilated roof improves air circulation, preventing excessive heat and moisture buildup. This innovative design boosts strawberry yield and quality while lowering management costs, making it ideal for modern farming.
Venlo Glass Greenhouse
Jiangsu, Taizhou
This multi-span glass greenhouse, built on a Venlo structural framework, offers an optimized growing space. It includes planting troughs ideal for strawberries and dedicated seedbeds for seedlings and flowers. To enhance plant development, a precision-engineered shading net moderates light exposure, while a wet curtain fan system regulates airflow and humidity. This carefully balanced environment fosters healthy crop growth, ensuring optimal conditions for cultivation. The combination of advanced climate control and strategic design makes this greenhouse highly efficient for diverse agricultural needs.
Shade netting offers numerous benefits for greenhouse farming, making it a must-have for growers. Below are some key advantages
Aluminum screens reflect sunlight and reduce heat penetration during hot days. At night, they trap warmth, minimizing temperature fluctuations.
With less need for artificial cooling or heating, energy bills shrink significantly. Greenhouse operators report up to 40% savings on climate control energy.
Even light = even growth. Aluminum screens scatter the sunlight across the plant canopy. This improves photosynthesis and boosts crop uniformity.
Lower temperatures mean reduced evaporation. Plants lose less water through transpiration, and irrigation frequency drops.
Stable conditions inside the greenhouse allow for multiple harvest cycles. You're no longer a slave to seasons.
Screens reduce condensation and humidity spikes, which are known culprits in fungal disease outbreaks. Plus, fewer temperature shocks mean healthier plants less prone to stress-related diseases.
Healthier environments lead to stronger plants, better fruit, and higher yields. From tomatoes to herbs, everything just thrives better under aluminum screens.
Aluminum screens aren't just an accessory—they're a necessity in modern greenhouse farming. They improve yields, cut costs, protect crops, and support sustainable agriculture. Whether you're managing a backyard tunnel or a high-tech commercial setup, integrating aluminum screens could be the smartest move you make this year. It's not just about blocking the sun—it's about unlocking your greenhouse's full potential.
Aluminum Screen Shade Netting For Greenhouse.pdf
Vegetable Greenhouse
Fruit Greenhouse
Flower Greenhouse
Seedling Greenhouse
Aquaculture Greenhouse
Laboratory Greenhouse
Commercial Greenhouse
Restaurant Greenhouse
Aluminum screens reflect light and manage heat more effectively. They're more durable, UV-resistant, and energy-efficient than plastic alternatives.
Not at all. They’re engineered to reflect excess heat while allowing the right spectrum of light to pass through, promoting plant growth.
Yes, especially when matched with the right crop and climate zone. They're used worldwide for vegetables, flowers, herbs, and fruits.
Yes! They’re especially useful in hot regions to reduce excessive heat buildup and protect delicate crops.
Yes, many brands now offer recyclable or sustainably sourced screens to reduce environmental impact.
If you've ever tried growing a tomato plant in your backyard and compared it to one grown in a greenhouse, you'd notice a massive difference. That's because greenhouses are engineered environments. Every detail—from light to humidity—plays a critical role. When you can control the climate inside a greenhouse, you take charge of the plant's productivity, health, and yield.
Among all the tools available for climate control, screening systems are absolute game changers. These aren't just pieces of fabric or netting—they're powerful tech-enhanced materials that affect how light enters, how heat builds up or escapes, and even how pests are kept at bay. And right at the forefront of this revolution? Aluminum screens
An aluminum screen is essentially a layer of woven or laminated material where strips of pure or coated aluminum are integrated to manage light and thermal flow. It's a specialized curtain used on the ceiling or sidewalls of greenhouses to regulate the internal microclimate.
These reduce the intensity of sunlight that penetrates the greenhouse. Too much sunlight can cause overheating, leaf burn, or water loss. Shading screens, especially those with aluminum threads, provide a consistent temperature by reflecting excess sunlight.
Think of these as thermal blankets. They trap heat during cold periods and help reduce heat loss during the night. Aluminum's reflectivity comes in handy here—keeping warmth in when it's needed most.
Instead of letting light pass directly, diffusion screens scatter it, so all parts of the plant get even exposure. This is crucial for even growth, especially for dense planting setups.
Greenhouse Shade Netting
Greenhouse Shade Netting
Greenhouse Shade Netting
Aluminum screens don't fray, tear, or degrade easily. Unlike synthetic materials, they don't become brittle over time. With proper maintenance, they can easily last 10–15 years.
Thanks to their metallic nature, aluminum screens reflect a good chunk of incoming solar radiation. This reduces heat buildup, keeping the internal environment cooler—ideal for crops that prefer temperate conditions.
Worried about fire hazards in dry seasons? Aluminum screens are non-combustible and meet many fire safety standards. This makes them a safer option for commercial operations.
Despite being metal-based, these screens are incredibly lightweight. They roll out easily, can be installed in layers, and work seamlessly with motorized systems.
They're designed to endure the greenhouse's harsh UV environment. The aluminum doesn't fade, crack, or become brittle under constant sunlight exposure.
High humidity? No problem. The aluminum used in greenhouse screens is usually treated or coated to resist oxidation and corrosion.
We use the newest and high level machine from America to do aging test of screen. The machine combines high concentration of fluorescent, UV light and other functions, which can simulate natural environment of Florida and Arizona, such as UV light, rain, high temperature, high humidity, dew and balck light and so on. Through the simulation of the natural environment again and again, and automation operation, to get the finally testing data. This can reproduce the damage of screen caused by natural environment for several years.
PARAMETERS OF ALUMINUM SCREEN
Aluminum Screen DIAI35 FR Aluminum Screen DIAI45 FR
Aluminum Screen DIAI55 FR
Aluminum Screen DIAI65 FR
| Model | Material | Structure | System | Width | Application | Flame-retardant |
DIAl35 FR | 13% Polyolefin, 21%Aluminum, 32% Polyester, 34%Modacryl | 1Aluminum,4Transparent | Sliding,Hanging | 430cm | Inside in greenhouse | YES |
| DIAl45 FR | 11% Polyolefin, 38%Aluminum 28% Polyester, 23%Modacryl | 1 Aluminum,1Transparent, 1Aluminum, 2Transparent | ||||
| DIAl55 FR | 11% Polyolefin, 44%Aluminum ,27% Polyester, 18%Modacryl | 1 Aluminum,1Transparent, | ||||
DIAl65 FR | 10% Polyolefin, 54%Aluminum 25% Polyester, 11%Modacryl | 2Aluminum,1Transparent, | ||||
DIAl75 FR | 10% Polyolefin, 55%Aluminum 25% Polyester, 10%Modacryl | 3Aluminum,1Transparent, | ||||
DIAl85 FR | 7% Polyolefin, 58%Aluminum, 25% Polyester, 10%Modacry | 7Aluminum,1Transparent, | ||||
DIAl55 V FR | 13% Poylester, 54% Aluminum, 33% Polyester | 1Aluminum,1Open,1Aluminum, 1Open,1transparent | ||||
DIAl60 V FR | 12% Poylester, 59% Aluminum, 29% Polyester | 2Aluminum,1Open, 1Aluminum, 1Open | ||||
DIAl65 V FR | 11% Poylester, 61% Aluminum, 28% Polyester | 2Aluminum,1Open | ||||
DIAl85 V FR | 9% Poylester, 68% Aluminum, 23% Polyester | 7Aluminum,1Open |
| Model | Mechanical properties | Physical property | ||||
Weight (g/㎡) | Width of strip (mm) | Light transimission in sunlight (%) | Light transmission when overcast(%) | Shading level (%) | Energy saving (%) | |
DIAl35 FR | / | 4.0 | 68 | 62 | 32 | 49 |
| DIAl45 FR | / | 4.0 | 56 | 50 | 44 | 50 |
| DIAl55 FR | / | 4.0 | 45 | 41 | 55 | 55 |
DIAl65 FR | / | 4.0 | 31 | 29 | 69 | 65 |
DIAl75 FR | / | 4.0 | 22 | 25 | 78 | 67 |
DIAl85 FR | / | 4.0 | 15 | 13 | 85 | 70 |
DIAl55 V FR | / | 4.0 | 47 | 43 | 53 | 20 |
DIAl60 V FR | / | 4.0 | 38 | 36 | 62 | 25 |
DIAl65 V FR | / | 4.0 | 32 | 28 | 68 | 27 |
DIAl85 V FR | / | 4.0 | 16 | 15 | 84 | 30 |
Breaking New Ground with Vertical Farming
Zhejiang, Jiashan
This isn't your traditional greenhouse. It's China's first fully enclosed, intelligent three-dimensional seedling greenhouse factory—a mouthful, but in simpler terms, it's a completely controlled vertical farm that maximizes space and efficiency. With just 720 square meters of planting area, this revolutionary system can cultivate a staggering 13.14 million seedlings per year. That's enough to support 6,000 acres of traditional agricultural fruit and vegetable planting—all from a single, compact space.
Strawberry Heaven with Advanced Tech
Zhejiang, Tonglu
This plastic film greenhouse is a highly efficient and economical solution for strawberry cultivation. Featuring a suspended trough system, it elevates plants, minimizing disease risks while enhancing airflow and sunlight exposure. To sustain ideal growing conditions, an advanced wet curtain and fan system regulates temperature and humidity through evaporative cooling. Additionally, its ventilated roof improves air circulation, preventing excessive heat and moisture buildup. This innovative design boosts strawberry yield and quality while lowering management costs, making it ideal for modern farming.
Venlo Glass Greenhouse
Jiangsu, Taizhou
This multi-span glass greenhouse, built on a Venlo structural framework, offers an optimized growing space. It includes planting troughs ideal for strawberries and dedicated seedbeds for seedlings and flowers. To enhance plant development, a precision-engineered shading net moderates light exposure, while a wet curtain fan system regulates airflow and humidity. This carefully balanced environment fosters healthy crop growth, ensuring optimal conditions for cultivation. The combination of advanced climate control and strategic design makes this greenhouse highly efficient for diverse agricultural needs.
Shade netting offers numerous benefits for greenhouse farming, making it a must-have for growers. Below are some key advantages
Aluminum screens reflect sunlight and reduce heat penetration during hot days. At night, they trap warmth, minimizing temperature fluctuations.
With less need for artificial cooling or heating, energy bills shrink significantly. Greenhouse operators report up to 40% savings on climate control energy.
Even light = even growth. Aluminum screens scatter the sunlight across the plant canopy. This improves photosynthesis and boosts crop uniformity.
Lower temperatures mean reduced evaporation. Plants lose less water through transpiration, and irrigation frequency drops.
Stable conditions inside the greenhouse allow for multiple harvest cycles. You're no longer a slave to seasons.
Screens reduce condensation and humidity spikes, which are known culprits in fungal disease outbreaks. Plus, fewer temperature shocks mean healthier plants less prone to stress-related diseases.
Healthier environments lead to stronger plants, better fruit, and higher yields. From tomatoes to herbs, everything just thrives better under aluminum screens.
Aluminum screens aren't just an accessory—they're a necessity in modern greenhouse farming. They improve yields, cut costs, protect crops, and support sustainable agriculture. Whether you're managing a backyard tunnel or a high-tech commercial setup, integrating aluminum screens could be the smartest move you make this year. It's not just about blocking the sun—it's about unlocking your greenhouse's full potential.
Aluminum Screen Shade Netting For Greenhouse.pdf
Vegetable Greenhouse
Fruit Greenhouse
Flower Greenhouse
Seedling Greenhouse
Aquaculture Greenhouse
Laboratory Greenhouse
Commercial Greenhouse
Restaurant Greenhouse
Aluminum screens reflect light and manage heat more effectively. They're more durable, UV-resistant, and energy-efficient than plastic alternatives.
Not at all. They’re engineered to reflect excess heat while allowing the right spectrum of light to pass through, promoting plant growth.
Yes, especially when matched with the right crop and climate zone. They're used worldwide for vegetables, flowers, herbs, and fruits.
Yes! They’re especially useful in hot regions to reduce excessive heat buildup and protect delicate crops.
Yes, many brands now offer recyclable or sustainably sourced screens to reduce environmental impact.
