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Polyester, Polyolefine
OEM, OED
ISO
China
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Internal aluminum screens are engineered with high-reflective aluminum strips and transparent polymer materials to deliver superior climate control. Their reflective properties enhance daylight cooling while significantly reducing nighttime heat loss from crops, allowing growers to achieve excellent energy savings at any given shading rate.
With an open-structure design, these screens promote efficient cooling in greenhouses equipped with roof ventilation. They improve shading performance, optimize airflow, and create a stable climate environment that is especially beneficial for sensitive plants requiring precise temperature management.
Built to meet the highest safety standards in the horticultural industry, internal aluminum screens provide reliable long-term performance and enhanced crop protection. By maintaining higher plant temperatures at night and reducing energy consumption, they support year-round efficiency for modern greenhouse operations.
Special aluminum foil and polyester materials provide excellent radiation, reflection, and transmission performance. They effectively cool the greenhouse during the day and retain heat at night, creating a favorable indoor climate while reducing energy costs.
The woven structure allows sufficient water vapor to pass through, preventing condensation from forming beneath the screen.
Made with highly UV-resistant and anti-static materials, the screen remains clean and effective after long-term use. UV stabilizers added to the material provide resistance to commonly used greenhouse chemicals.
A special formulation and manufacturing process, combined with high-quality pure aluminum foil, ensure the product will not experience aluminum detachment. The shrinkage rate remains ≤1% even at 70°C.
The special woven structure makes the screen easy to fold, ensuring maximum utilization of light resources when the shading screen is retracted.
Suitable for all types of greenhouses and compatible with various greenhouse covering materials. Installation options include support-wire sliding systems and hanging systems.
TW30 E
TWB70 E
| Model | Material | Light Transmittance (sunny) | Light Transmittance (cloudy) | Shading Rate | Energy Saving Rate |
| I-AIC35 | Polyester,Aluminum | 70% | 62% | 30% | 49% |
| I-AIC40 | Polyester,Aluminum | 57% | 50% | 43% | 52% |
| I-AIC55 | Polyester,Aluminum | 45% | 39% | 55% | 57% |
| I-AIC60 | Polyester,Aluminum | 35% | 32% | 65% | 62% |
| I-AIC65 | Polyester,Aluminum | 31% | 29% | 69% | 65% |
| I-AIC75 | Polyester,Aluminum | 25% | 22% | 75% | 67% |
| I-AIC85 | Polyester,Aluminum | 14% | 14% | 86% | 72% |
| Feature | White Screen | Aluminum Screen | Blackout Screen |
| Material & Structure | Knitted polymer threads with white coating | Special aluminum strips combined with transparent polymer in knitted structure | Opaque knitted fabric, often polyester or PVC-based |
| Shading & Light Control | Diffuses sunlight evenly, moderate shading | Reflects sunlight efficiently, moderate to high shading depending on design | Blocks nearly all light, total shading |
| Cooling Performance | Reduces heat buildup by diffusing light | Reflective aluminum strips and open knitted structure improve daytime cooling | Minimal cooling effect; mainly blocks sunlight |
| Nighttime Energy Saving | Limited heat retention | Reduces heat loss from crops at night, highly energy-efficient | High heat retention but can trap humidity; less breathable |
| Impact on Crop Growth | Supports uniform growth and prevents scorching | Balances cooling and heat retention, ideal for sensitive or high-value crops | Suitable for dark treatment or night shading; may stress light-sensitive crops if overused |
| Durability & Maintenance | Moderate; prone to dust accumulation | Highly durable, UV-resistant, anti-static | Durable, easy to clean, may fade over time |
| Best Applications | General shading, summer cooling | Energy-saving internal shading, year-round temperature control | Total light blocking, dark treatment, or winter energy conservation |
| Cost | Generally lower | Moderate to high | Moderate |
Summary:
White knitted screens are ideal for moderate shading and even light diffusion, suitable for general crops.
Knitted aluminum screens offer the best combination of shading, cooling, and nighttime energy savings, perfect for sensitive or high-value crops.
Blackout knitted screens provide total light blocking, ideal for night shading or dark-treatment applications, but less effective for daytime cooling.
Internal aluminum screens are widely used to reduce nighttime heat loss and maintain stable temperatures around crops. Their reflective aluminum strips help growers cut heating costs during colder seasons while ensuring plants remain in an optimal thermal environment.
By reflecting excess solar radiation, these screens help control light intensity and prevent heat stress during hot days. They create a balanced light climate that supports uniform crop growth, especially for light-sensitive varieties.
The open-structure design improves air circulation, making it suitable for crops that require precise temperature and humidity control—such as tomatoes, cucumbers, strawberries, leafy greens, ornamental plants, and young seedlings.
When used with roof-ventilated greenhouses, internal aluminum screens increase cooling efficiency by promoting airflow while still providing shading. This is especially useful in warm regions or during peak summer periods.
These screens are commonly installed in automated Venlo, polycarbonate, and glass greenhouses where climate control systems work together with shading screens to maintain consistent growing conditions.
Internal aluminum screens enable growers to extend production seasons, reduce climate fluctuations, and achieve consistent yields throughout the year, even under extreme weather conditions.
Every roll of the Transparent Diffuse Energy-Saving Screen is produced in a fully automated weaving and lamination facility. The production process emphasizes consistency and precision—each batch undergoes strict quality checks for material integrity, shading accuracy, and tensile strength. Our in-house testing ensures that every product meets international greenhouse standards for durability, energy performance, and light transmission.
Warpping
Knitting
Testing
Packing
By combining these testing tools, we guarantee that each climate screen meets strict quality standards for energy efficiency, light management, durability, and UV resistance, providing growers with reliable and consistent greenhouse solutions.
Download
It is used for shading, cooling, and energy saving. The aluminum strips reflect excess sunlight during the day and reduce heat loss during the night.
Its reflective material minimizes nighttime heat loss, allowing heaters to run less often and reducing overall energy consumption.
Yes. By stabilizing temperature, controlling light, and preventing heat stress, they create a more consistent climate that promotes uniform growth.
They can be installed in Venlo-style, polycarbonate, glass, and plastic greenhouses using sliding or hanging systems.
High-value or climate-sensitive crops such as tomatoes, cucumbers, peppers, berries, leafy greens, ornamentals, and young seedlings.
Internal aluminum screens are engineered with high-reflective aluminum strips and transparent polymer materials to deliver superior climate control. Their reflective properties enhance daylight cooling while significantly reducing nighttime heat loss from crops, allowing growers to achieve excellent energy savings at any given shading rate.
With an open-structure design, these screens promote efficient cooling in greenhouses equipped with roof ventilation. They improve shading performance, optimize airflow, and create a stable climate environment that is especially beneficial for sensitive plants requiring precise temperature management.
Built to meet the highest safety standards in the horticultural industry, internal aluminum screens provide reliable long-term performance and enhanced crop protection. By maintaining higher plant temperatures at night and reducing energy consumption, they support year-round efficiency for modern greenhouse operations.
Special aluminum foil and polyester materials provide excellent radiation, reflection, and transmission performance. They effectively cool the greenhouse during the day and retain heat at night, creating a favorable indoor climate while reducing energy costs.
The woven structure allows sufficient water vapor to pass through, preventing condensation from forming beneath the screen.
Made with highly UV-resistant and anti-static materials, the screen remains clean and effective after long-term use. UV stabilizers added to the material provide resistance to commonly used greenhouse chemicals.
A special formulation and manufacturing process, combined with high-quality pure aluminum foil, ensure the product will not experience aluminum detachment. The shrinkage rate remains ≤1% even at 70°C.
The special woven structure makes the screen easy to fold, ensuring maximum utilization of light resources when the shading screen is retracted.
Suitable for all types of greenhouses and compatible with various greenhouse covering materials. Installation options include support-wire sliding systems and hanging systems.
TW30 E
TWB70 E
| Model | Material | Light Transmittance (sunny) | Light Transmittance (cloudy) | Shading Rate | Energy Saving Rate |
| I-AIC35 | Polyester,Aluminum | 70% | 62% | 30% | 49% |
| I-AIC40 | Polyester,Aluminum | 57% | 50% | 43% | 52% |
| I-AIC55 | Polyester,Aluminum | 45% | 39% | 55% | 57% |
| I-AIC60 | Polyester,Aluminum | 35% | 32% | 65% | 62% |
| I-AIC65 | Polyester,Aluminum | 31% | 29% | 69% | 65% |
| I-AIC75 | Polyester,Aluminum | 25% | 22% | 75% | 67% |
| I-AIC85 | Polyester,Aluminum | 14% | 14% | 86% | 72% |
| Feature | White Screen | Aluminum Screen | Blackout Screen |
| Material & Structure | Knitted polymer threads with white coating | Special aluminum strips combined with transparent polymer in knitted structure | Opaque knitted fabric, often polyester or PVC-based |
| Shading & Light Control | Diffuses sunlight evenly, moderate shading | Reflects sunlight efficiently, moderate to high shading depending on design | Blocks nearly all light, total shading |
| Cooling Performance | Reduces heat buildup by diffusing light | Reflective aluminum strips and open knitted structure improve daytime cooling | Minimal cooling effect; mainly blocks sunlight |
| Nighttime Energy Saving | Limited heat retention | Reduces heat loss from crops at night, highly energy-efficient | High heat retention but can trap humidity; less breathable |
| Impact on Crop Growth | Supports uniform growth and prevents scorching | Balances cooling and heat retention, ideal for sensitive or high-value crops | Suitable for dark treatment or night shading; may stress light-sensitive crops if overused |
| Durability & Maintenance | Moderate; prone to dust accumulation | Highly durable, UV-resistant, anti-static | Durable, easy to clean, may fade over time |
| Best Applications | General shading, summer cooling | Energy-saving internal shading, year-round temperature control | Total light blocking, dark treatment, or winter energy conservation |
| Cost | Generally lower | Moderate to high | Moderate |
Summary:
White knitted screens are ideal for moderate shading and even light diffusion, suitable for general crops.
Knitted aluminum screens offer the best combination of shading, cooling, and nighttime energy savings, perfect for sensitive or high-value crops.
Blackout knitted screens provide total light blocking, ideal for night shading or dark-treatment applications, but less effective for daytime cooling.
Internal aluminum screens are widely used to reduce nighttime heat loss and maintain stable temperatures around crops. Their reflective aluminum strips help growers cut heating costs during colder seasons while ensuring plants remain in an optimal thermal environment.
By reflecting excess solar radiation, these screens help control light intensity and prevent heat stress during hot days. They create a balanced light climate that supports uniform crop growth, especially for light-sensitive varieties.
The open-structure design improves air circulation, making it suitable for crops that require precise temperature and humidity control—such as tomatoes, cucumbers, strawberries, leafy greens, ornamental plants, and young seedlings.
When used with roof-ventilated greenhouses, internal aluminum screens increase cooling efficiency by promoting airflow while still providing shading. This is especially useful in warm regions or during peak summer periods.
These screens are commonly installed in automated Venlo, polycarbonate, and glass greenhouses where climate control systems work together with shading screens to maintain consistent growing conditions.
Internal aluminum screens enable growers to extend production seasons, reduce climate fluctuations, and achieve consistent yields throughout the year, even under extreme weather conditions.
Every roll of the Transparent Diffuse Energy-Saving Screen is produced in a fully automated weaving and lamination facility. The production process emphasizes consistency and precision—each batch undergoes strict quality checks for material integrity, shading accuracy, and tensile strength. Our in-house testing ensures that every product meets international greenhouse standards for durability, energy performance, and light transmission.
Warpping
Knitting
Testing
Packing
By combining these testing tools, we guarantee that each climate screen meets strict quality standards for energy efficiency, light management, durability, and UV resistance, providing growers with reliable and consistent greenhouse solutions.
Download
It is used for shading, cooling, and energy saving. The aluminum strips reflect excess sunlight during the day and reduce heat loss during the night.
Its reflective material minimizes nighttime heat loss, allowing heaters to run less often and reducing overall energy consumption.
Yes. By stabilizing temperature, controlling light, and preventing heat stress, they create a more consistent climate that promotes uniform growth.
They can be installed in Venlo-style, polycarbonate, glass, and plastic greenhouses using sliding or hanging systems.
High-value or climate-sensitive crops such as tomatoes, cucumbers, peppers, berries, leafy greens, ornamentals, and young seedlings.
