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TAIC55 EW
TOP
Polyester, Polyolefine
OEM, OED
ISO
China
| Quantity: | |
|---|---|
This aluminum screen is made from high-quality aluminum strips combined with transparent polymer materials, designed to deliver reliable external shading and climate control. Its closed-cell structure provides two key benefits: effective daytime cooling by reflecting excess sunlight, and efficient nighttime energy saving by reducing heat loss to keep plant temperatures higher and more stable.
Durable and optimized for outdoor performance, the screen offers strong solar reflection while allowing controlled light transmission to support healthy crop growth. The enhanced insulation helps maintain a balanced climate even during colder periods, reducing the greenhouse’s overall heating and cooling demand.
Suitable for high-tech and commercial greenhouses, this aluminum external shading screen improves climate management, supports year-round cultivation, and contributes to more energy-efficient and sustainable production.
Premium aluminum strips reflect strong sunlight, significantly reducing heat load and improving daytime cooling efficiency.
Closed-cell design minimizes nighttime heat loss, maintaining higher plant temperatures and lowering heating costs.
Transparent polymer materials allow balanced light penetration to support crop growth while ensuring effective shading.
The closed-cell structure provides superior insulation, stabilizing the internal climate during both hot and cold seasons.
Weather-resistant materials ensure long-term stability under intense UV exposure, temperature fluctuations, and external installation conditions.
Designed for easy integration with automated screening and climate control systems to support precise greenhouse management.
TW30 E
TWB70 E
| Model | Material | Light Transmittance (sunny) | Light Transmittance (cloudy) | Shading Rate | Energy Saving Rate |
| TAIC55 EW | Polyester,Aluminum | 51% | 46% | 49% | 55% |
| TAIC55 EW F | Polyester,Aluminum | 49% | 44% | 51% | 20% |
| TAIC65 EW | Polyester,Aluminum | 35% | 32% | 65% | 60% |
| TAIC65 EW F | Polyester,Aluminum | 35% | 31% | 65% | 60% |
| TAIC75 EW | Polyester,Aluminum | 28% | 25% | 72% | 64% |
| Feature / Material | White Screen | Black-White Screen | Aluminum Screen |
| Light Behavior | Reflection + Diffuse Reflection | Reflection + Diffuse Reflection (enhanced shading) | Linear Reflection + IR Reflection |
| Shading Strength | Medium | Higher | |
| Heat Reduction | Moderate | Strong | Strongest (excellent insulation) |
| Energy Saving | Medium | Up to 47% | Highest |
| Crop Benefits | Uniform light, balanced fruit growth | Better cooling + cost-effective insulation | Maximum performance, best climate stability |
| Cost | Medium | Moderate | Highest |
Used to reflect excess sunlight and prevent heat buildup in high-radiation regions or summer seasons.
Applied to reduce heat loss during cool nights, helping maintain stable crop temperatures.
Ideal for fruits, vegetables, ornamentals, and propagation areas that require precise temperature management.
Helps regulate light intensity for shade-loving or light-sensitive crops, improving overall plant quality.
Suitable for automated greenhouses where coordinated shading, cooling, and energy-saving functions are essential.
Proven performance across diverse horticultural sectors: leafy greens and fruiting vegetables (tomatoes, cucumbers, peppers), cut flowers and potted ornamentals, propagation nurseries, young plant production, and large-scale commercial projects including cannabis and berry cultivation under protection.
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
Its reflective aluminum strips block and reflect a large portion of solar radiation, reducing heat buildup and lowering indoor temperatures during the day.
Yes. When closed at night, the closed-cell structure minimizes heat loss, helping maintain warmer plant temperatures and reducing heating demand.
It is compatible with most commercial and high-tech greenhouses and can be integrated into both new installations and retrofit projects.
No. The transparent polymer components allow controlled light transmission, ensuring sufficient light for plant growth while still providing shading.
With UV-resistant aluminum and durable polymer materials, it generally offers long service life and stable performance under outdoor conditions.
This aluminum screen is made from high-quality aluminum strips combined with transparent polymer materials, designed to deliver reliable external shading and climate control. Its closed-cell structure provides two key benefits: effective daytime cooling by reflecting excess sunlight, and efficient nighttime energy saving by reducing heat loss to keep plant temperatures higher and more stable.
Durable and optimized for outdoor performance, the screen offers strong solar reflection while allowing controlled light transmission to support healthy crop growth. The enhanced insulation helps maintain a balanced climate even during colder periods, reducing the greenhouse’s overall heating and cooling demand.
Suitable for high-tech and commercial greenhouses, this aluminum external shading screen improves climate management, supports year-round cultivation, and contributes to more energy-efficient and sustainable production.
Premium aluminum strips reflect strong sunlight, significantly reducing heat load and improving daytime cooling efficiency.
Closed-cell design minimizes nighttime heat loss, maintaining higher plant temperatures and lowering heating costs.
Transparent polymer materials allow balanced light penetration to support crop growth while ensuring effective shading.
The closed-cell structure provides superior insulation, stabilizing the internal climate during both hot and cold seasons.
Weather-resistant materials ensure long-term stability under intense UV exposure, temperature fluctuations, and external installation conditions.
Designed for easy integration with automated screening and climate control systems to support precise greenhouse management.
TW30 E
TWB70 E
| Model | Material | Light Transmittance (sunny) | Light Transmittance (cloudy) | Shading Rate | Energy Saving Rate |
| TAIC55 EW | Polyester,Aluminum | 51% | 46% | 49% | 55% |
| TAIC55 EW F | Polyester,Aluminum | 49% | 44% | 51% | 20% |
| TAIC65 EW | Polyester,Aluminum | 35% | 32% | 65% | 60% |
| TAIC65 EW F | Polyester,Aluminum | 35% | 31% | 65% | 60% |
| TAIC75 EW | Polyester,Aluminum | 28% | 25% | 72% | 64% |
| Feature / Material | White Screen | Black-White Screen | Aluminum Screen |
| Light Behavior | Reflection + Diffuse Reflection | Reflection + Diffuse Reflection (enhanced shading) | Linear Reflection + IR Reflection |
| Shading Strength | Medium | Higher | |
| Heat Reduction | Moderate | Strong | Strongest (excellent insulation) |
| Energy Saving | Medium | Up to 47% | Highest |
| Crop Benefits | Uniform light, balanced fruit growth | Better cooling + cost-effective insulation | Maximum performance, best climate stability |
| Cost | Medium | Moderate | Highest |
Used to reflect excess sunlight and prevent heat buildup in high-radiation regions or summer seasons.
Applied to reduce heat loss during cool nights, helping maintain stable crop temperatures.
Ideal for fruits, vegetables, ornamentals, and propagation areas that require precise temperature management.
Helps regulate light intensity for shade-loving or light-sensitive crops, improving overall plant quality.
Suitable for automated greenhouses where coordinated shading, cooling, and energy-saving functions are essential.
Proven performance across diverse horticultural sectors: leafy greens and fruiting vegetables (tomatoes, cucumbers, peppers), cut flowers and potted ornamentals, propagation nurseries, young plant production, and large-scale commercial projects including cannabis and berry cultivation under protection.
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
Its reflective aluminum strips block and reflect a large portion of solar radiation, reducing heat buildup and lowering indoor temperatures during the day.
Yes. When closed at night, the closed-cell structure minimizes heat loss, helping maintain warmer plant temperatures and reducing heating demand.
It is compatible with most commercial and high-tech greenhouses and can be integrated into both new installations and retrofit projects.
No. The transparent polymer components allow controlled light transmission, ensuring sufficient light for plant growth while still providing shading.
With UV-resistant aluminum and durable polymer materials, it generally offers long service life and stable performance under outdoor conditions.
