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TC15
TOP
Polyester
OEM, OED
ISO
China
| Quantity: | |
|---|---|
The Transparent Climate Screen is a high-clarity, energy-saving solution designed for modern greenhouses that require maximum light transmission. Made from premium UV-stabilized materials, this clear screen allows sunlight to pass through with minimal loss, ensuring optimal PAR delivery for light-demanding crops. Its tightly engineered structure provides excellent insulation at night, reducing heat loss and enhancing overall climate stability.
Lightweight and durable, the transparent screen integrates easily with sliding or hanging systems and is suitable for a wide range of greenhouse types. It is an ideal choice for growers seeking high transparency, reliable energy efficiency, and year-round climate control without compromising natural light.
Excellent light transmission helps reduce heat loss in the greenhouse. It provides efficient energy saving and insulation both during the day and at night.
The knitted structure allows sufficient moisture and vapor to pass through, preventing condensation beneath the screen and avoiding moss formation.
The product is highly UV-resistant and anti-static, maintaining cleanliness and long-term effectiveness even after extended use.
UV stabilizers added to the material provide resistance to commonly used greenhouse chemicals. When heated at 70°C for two hours, the thermal shrinkage rate of the product does not exceed 1.0%.
The knitted structure makes the screen easy to fold, ensuring minimal shading footprint when retracted so that available light can be maximized.
TC15
TC15-5 R
| Model | Material | Light Transmittance (sunny) | Light Transmittance (cloudy) | Shading Rate | Energy Saving Rate |
| TC15 | Polyester | 89% | 79% | 12% | 43% |
| TC15 R | Polyester | 83% | 77% | 17% | 45% |
| TC15 FR | Polyester | 87% | 80% | 13% | 47% |
| TC15 R FR | Polyester | 71% | 65% | 29% | 45% |
| TC15-5 | Polyester | 89% | 82% | 11% | 45% |
| TC15-5 Blue | Polyester | 71% | 66% | 11% | 45% |
| TC15-5 FR | Polyester | 89% | 82% | 11% | 47% |
At the heart of this product lies 6-Gauge Warp Knitting Technology, a cutting-edge textile process that combines strength, precision, and flexibility. In this system, yarns are interlaced vertically using six needles per inch, creating a dense and uniform fabric structure. The interweaving of aluminum and PET strips results in a highly durable yet lightweight climate screen with superior mechanical and optical performance.
Warp Knitting Machine
Warp Knitting Machine
High Structural Accuracy: The even distribution of yarn tension ensures consistent density and excellent dimensional stability across large areas.
Enhanced Durability: The dense knit pattern provides outstanding resistance to tearing, stretching, and deformation, ensuring a long operational lifespan.
Optimized Light Management: Precisely spaced diffusive elements scatter light evenly, promoting homogeneous illumination within the crop canopy.
Energy Efficiency: The reflective aluminum components minimize heat gain during the day and help retain thermal energy at night.
Soft and Easy to Operate: The flexible textile construction folds smoothly and occupies minimal space when retracted.
Fray-Resistant Cutting: The edges remain stable after trimming, allowing easy customization and installation without unraveling.
Secure Material Bonding: PET and aluminum layers are tightly fused to prevent delamination, ensuring reliable performance even in automated climate control systems.
This combination of material engineering and textile precision ensures that each climate screen performs consistently over years of demanding greenhouse use.
To balance light uniformity, temperature stability, and overall energy efficiency, using a transparent thermal screen together with a white diffuse screen creates a flexible and highly effective climate-control system capable of meeting diverse light and heat demands throughout the year.
The transparent thermal screen maximizes usable light by allowing high PAR transmission during the day while providing strong insulation at night to reduce heat loss.
Meanwhile, the white diffuse screen scatters incoming sunlight into soft, uniform diffuse light, preventing hotspots and excessive heating while offering additional shading and reflection during periods of high radiation.
Used together, the screens can be adjusted to retain heat and transparency in winter or enhance light uniformity and reduce heat in summer, creating a stable microclimate, improved canopy light distribution, lower energy loss, and efficient integration with automated screen systems.
When used together, the transparent and white diffuse screens complement each other’s strengths.
This overlapping dual-screen system allows the grower to dynamically control light and temperature according to seasonal changes, crop stages, and daily weather fluctuations.
In summer, the white diffuse screen reduces excessive light while the transparent screen ensures airflow. In winter, the transparent screen retains heat without limiting light. During spring and autumn, both screens can be adjusted independently or together, providing year-round climate control.
The white diffuse screen scatters intense sunlight, illuminating lower leaves, while the transparent screen maintains overall light levels. Together, they create a balanced, soft yet bright environment, reducing heat stress, enhancing photosynthesis, and improving fruit and flower uniformity in color, size, and quality.
The transparent screen traps warm air at night, reducing heat loss. Closing both screens adds an insulating air layer, improving energy efficiency. Dual-screen systems can cut nighttime heat loss by 40–50%, lowering heating costs and maintaining stable greenhouse temperatures efficiently.
The breathable structure of the transparent screen allows vapor to pass through, preventing condensation buildup. Combined with the white diffuse screen, it creates a drier, more stable microclimate, reducing dripping, disease, and mold, ultimately supporting healthier crops and improved growth conditions.
The dual-screen system works with sliding wire or hanging setups and integrates seamlessly with automated climate control. Screens can open or close based on light, temperature, or humidity sensors, ensuring intelligent energy management and consistent greenhouse conditions throughout the year.
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
Download
Climate screens offer a combination of shading, energy-saving, and light-diffusing properties, whereas shade cloth provides only basic shading without insulation or diffusion benefits.
Yes. Internal climate screens can reduce greenhouse heat loss by up to 40%, leading to significant savings on heating and improved overall energy efficiency.
TOP Greenhouse climate screens are UV-stabilized and designed for durability, lasting at least 5 years under normal greenhouse conditions.
Absolutely. All TOP climate screens work seamlessly with motorized rolling, sliding, or hanging systems for fully automated greenhouse climate management.
Choose based on your crop type, local climate, and desired shading or insulation level. Customized OEM/ODM options are available for specific greenhouse designs or requirements.
The Transparent Climate Screen is a high-clarity, energy-saving solution designed for modern greenhouses that require maximum light transmission. Made from premium UV-stabilized materials, this clear screen allows sunlight to pass through with minimal loss, ensuring optimal PAR delivery for light-demanding crops. Its tightly engineered structure provides excellent insulation at night, reducing heat loss and enhancing overall climate stability.
Lightweight and durable, the transparent screen integrates easily with sliding or hanging systems and is suitable for a wide range of greenhouse types. It is an ideal choice for growers seeking high transparency, reliable energy efficiency, and year-round climate control without compromising natural light.
Excellent light transmission helps reduce heat loss in the greenhouse. It provides efficient energy saving and insulation both during the day and at night.
The knitted structure allows sufficient moisture and vapor to pass through, preventing condensation beneath the screen and avoiding moss formation.
The product is highly UV-resistant and anti-static, maintaining cleanliness and long-term effectiveness even after extended use.
UV stabilizers added to the material provide resistance to commonly used greenhouse chemicals. When heated at 70°C for two hours, the thermal shrinkage rate of the product does not exceed 1.0%.
The knitted structure makes the screen easy to fold, ensuring minimal shading footprint when retracted so that available light can be maximized.
TC15
TC15-5 R
| Model | Material | Light Transmittance (sunny) | Light Transmittance (cloudy) | Shading Rate | Energy Saving Rate |
| TC15 | Polyester | 89% | 79% | 12% | 43% |
| TC15 R | Polyester | 83% | 77% | 17% | 45% |
| TC15 FR | Polyester | 87% | 80% | 13% | 47% |
| TC15 R FR | Polyester | 71% | 65% | 29% | 45% |
| TC15-5 | Polyester | 89% | 82% | 11% | 45% |
| TC15-5 Blue | Polyester | 71% | 66% | 11% | 45% |
| TC15-5 FR | Polyester | 89% | 82% | 11% | 47% |
At the heart of this product lies 6-Gauge Warp Knitting Technology, a cutting-edge textile process that combines strength, precision, and flexibility. In this system, yarns are interlaced vertically using six needles per inch, creating a dense and uniform fabric structure. The interweaving of aluminum and PET strips results in a highly durable yet lightweight climate screen with superior mechanical and optical performance.
Warp Knitting Machine
Warp Knitting Machine
High Structural Accuracy: The even distribution of yarn tension ensures consistent density and excellent dimensional stability across large areas.
Enhanced Durability: The dense knit pattern provides outstanding resistance to tearing, stretching, and deformation, ensuring a long operational lifespan.
Optimized Light Management: Precisely spaced diffusive elements scatter light evenly, promoting homogeneous illumination within the crop canopy.
Energy Efficiency: The reflective aluminum components minimize heat gain during the day and help retain thermal energy at night.
Soft and Easy to Operate: The flexible textile construction folds smoothly and occupies minimal space when retracted.
Fray-Resistant Cutting: The edges remain stable after trimming, allowing easy customization and installation without unraveling.
Secure Material Bonding: PET and aluminum layers are tightly fused to prevent delamination, ensuring reliable performance even in automated climate control systems.
This combination of material engineering and textile precision ensures that each climate screen performs consistently over years of demanding greenhouse use.
To balance light uniformity, temperature stability, and overall energy efficiency, using a transparent thermal screen together with a white diffuse screen creates a flexible and highly effective climate-control system capable of meeting diverse light and heat demands throughout the year.
The transparent thermal screen maximizes usable light by allowing high PAR transmission during the day while providing strong insulation at night to reduce heat loss.
Meanwhile, the white diffuse screen scatters incoming sunlight into soft, uniform diffuse light, preventing hotspots and excessive heating while offering additional shading and reflection during periods of high radiation.
Used together, the screens can be adjusted to retain heat and transparency in winter or enhance light uniformity and reduce heat in summer, creating a stable microclimate, improved canopy light distribution, lower energy loss, and efficient integration with automated screen systems.
When used together, the transparent and white diffuse screens complement each other’s strengths.
This overlapping dual-screen system allows the grower to dynamically control light and temperature according to seasonal changes, crop stages, and daily weather fluctuations.
In summer, the white diffuse screen reduces excessive light while the transparent screen ensures airflow. In winter, the transparent screen retains heat without limiting light. During spring and autumn, both screens can be adjusted independently or together, providing year-round climate control.
The white diffuse screen scatters intense sunlight, illuminating lower leaves, while the transparent screen maintains overall light levels. Together, they create a balanced, soft yet bright environment, reducing heat stress, enhancing photosynthesis, and improving fruit and flower uniformity in color, size, and quality.
The transparent screen traps warm air at night, reducing heat loss. Closing both screens adds an insulating air layer, improving energy efficiency. Dual-screen systems can cut nighttime heat loss by 40–50%, lowering heating costs and maintaining stable greenhouse temperatures efficiently.
The breathable structure of the transparent screen allows vapor to pass through, preventing condensation buildup. Combined with the white diffuse screen, it creates a drier, more stable microclimate, reducing dripping, disease, and mold, ultimately supporting healthier crops and improved growth conditions.
The dual-screen system works with sliding wire or hanging setups and integrates seamlessly with automated climate control. Screens can open or close based on light, temperature, or humidity sensors, ensuring intelligent energy management and consistent greenhouse conditions throughout the year.
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
Download
Climate screens offer a combination of shading, energy-saving, and light-diffusing properties, whereas shade cloth provides only basic shading without insulation or diffusion benefits.
Yes. Internal climate screens can reduce greenhouse heat loss by up to 40%, leading to significant savings on heating and improved overall energy efficiency.
TOP Greenhouse climate screens are UV-stabilized and designed for durability, lasting at least 5 years under normal greenhouse conditions.
Absolutely. All TOP climate screens work seamlessly with motorized rolling, sliding, or hanging systems for fully automated greenhouse climate management.
Choose based on your crop type, local climate, and desired shading or insulation level. Customized OEM/ODM options are available for specific greenhouse designs or requirements.
