TD15
TOP
Polyester
OEM, OED
ISO
China
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The Transparent Diffuse Energy-Saving Screen is made from a newly developed, high-diffusion material using advanced knitting technology. It provides excellent light diffusion, protecting sensitive crop canopies from overheating and sunburn caused by direct radiation. By softening and evenly distributing sunlight, the screen helps balance crop growth, enhance photosynthesis efficiency, and ultimately improve yields.
During the evening, the closed screen minimizes sudden heat loss, effectively reducing the risk of condensation on crop surfaces. At night, it serves as a thermal barrier, maintaining a stable temperature inside the greenhouse and delivering significant energy-saving benefits throughout the growing season.
Excellent light transmission effectively reduces heat loss in the greenhouse; suitable for efficient insulation both during the day and at night.
The knitted structure allows sufficient water vapor to pass through, preventing condensation under the screen and avoiding moss formation.
Fully diffuses incoming light, preventing crop canopy burn while providing illumination from multiple angles.
Highly UV-resistant and anti-static; remains clean and effective even after long-term use.
UV stabilizers added to the material resist commonly used chemicals in greenhouses; heat shrinkage does not exceed 2.0% after heating at 70°C for two hours.
Extremely soft and easy to fold; occupies minimal space when retracted, ensuring maximum light transmission inside the greenhouse.
TD15
TD15 R
| Model | Material | Light transmittance (sunny) | Light transmittance (cloudy) | Shading rate | Energy Saving Rate |
|---|---|---|---|---|---|
| TD15 | Polyester | 87% | 80% | 13% | 43% |
| TD15 R | Polyester | 89% | 78% | 28% | 45% |
| TD15 FR | Polyester | 85% | 76% | 15% | 47% |
| TD15 R FR | Polyester | 72% | 63% | 28% | 45% |
6-Gauge Warp Knitting Technology is a high-precision knitting method where yarns are interlaced vertically using 6 needles per inch, creating a compact and stable fabric. This advanced process tightly weaves aluminum and PET strips to produce a warp-knitted climate screen that is durable, flexible, and energy-efficient.
Warp Knitting Machine
Warp Knitting Machine
High Structural Precision: Tight, uniform yarn spacing ensures stable tension and consistent shape.
Enhanced Durability: Dense knitting resists tearing and deformation, extending service life.
Optimized Light Diffusion: Even light distribution reduces hotspots and improves crop growth.
Superior Energy Efficiency: Minimizes daytime heat gain and retains warmth at night.
Soft and Flexible: Easier to fold and operate, with smaller retracted volume.
Fray-Resistant Edges: Maintains integrity after cutting for easy installation and customization.
Reliable Material Integration: Aluminum and PET strips stay firmly bonded without delamination, ideal for large greenhouse setups.
The transparent diffuse energy-saving screen is suitable for all types of greenhouse structures and can be installed beneath different covering materials such as glass, film, or polycarbonate. Installation can be done using a screen support wire sliding system or a hanging system, depending on greenhouse configuration and user preference.
This type of screen is often used in combination with an inner white diffusive screen, which helps achieve maximum cooling in summer and optimal heat retention in winter. During colder months, both screens can be closed simultaneously to enhance insulation and maintain stable growing conditions, ensuring the best year-round energy efficiency and crop protection.
Produced in our automated weaving and lamination facility, each roll of Top Greenhouse climate screen undergoes strict inspection for material consistency, shading accuracy, and durability.
Warpping
Knitting
Testing
Packing
To ensure the highest quality and performance of our climate screens, we utilize advanced testing equipment to evaluate all critical aspects of the material:
Thermal Insulation Tester
Measures heat retention and energy-saving efficiency under simulated greenhouse conditions, ensuring optimal performance in both summer and winter.
Light Spectrum Analyzer
Analyzes light transmission, diffusion, and spectral distribution to verify that the screen provides uniform illumination and protects crops from excessive radiation.
Tensile Testing Machine
Assesses the mechanical strength and durability of the screen, including warp and weft resistance, elongation, and load capacity.
UV Aging Tester
Simulates long-term UV exposure to evaluate material degradation, color stability, and performance over time.
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
Climate screens combine shading, energy-saving, and light-diffusing features, while shade cloth provides only basic shading.
Yes. Internal energy-saving screens can lower heat loss by up to 40%, significantly cutting heating expenses.
TOP Greenhouse climate screens are UV-stabilized and can last at least 5 years under normal use.
Absolutely. All our screens are compatible with motorized rolling and sliding systems.
Select according to your crop type, local climate, and required shading or insulation level. OEM/ODM customization is also available for specific needs.
The Transparent Diffuse Energy-Saving Screen is made from a newly developed, high-diffusion material using advanced knitting technology. It provides excellent light diffusion, protecting sensitive crop canopies from overheating and sunburn caused by direct radiation. By softening and evenly distributing sunlight, the screen helps balance crop growth, enhance photosynthesis efficiency, and ultimately improve yields.
During the evening, the closed screen minimizes sudden heat loss, effectively reducing the risk of condensation on crop surfaces. At night, it serves as a thermal barrier, maintaining a stable temperature inside the greenhouse and delivering significant energy-saving benefits throughout the growing season.
Excellent light transmission effectively reduces heat loss in the greenhouse; suitable for efficient insulation both during the day and at night.
The knitted structure allows sufficient water vapor to pass through, preventing condensation under the screen and avoiding moss formation.
Fully diffuses incoming light, preventing crop canopy burn while providing illumination from multiple angles.
Highly UV-resistant and anti-static; remains clean and effective even after long-term use.
UV stabilizers added to the material resist commonly used chemicals in greenhouses; heat shrinkage does not exceed 2.0% after heating at 70°C for two hours.
Extremely soft and easy to fold; occupies minimal space when retracted, ensuring maximum light transmission inside the greenhouse.
TD15
TD15 R
| Model | Material | Light transmittance (sunny) | Light transmittance (cloudy) | Shading rate | Energy Saving Rate |
|---|---|---|---|---|---|
| TD15 | Polyester | 87% | 80% | 13% | 43% |
| TD15 R | Polyester | 89% | 78% | 28% | 45% |
| TD15 FR | Polyester | 85% | 76% | 15% | 47% |
| TD15 R FR | Polyester | 72% | 63% | 28% | 45% |
6-Gauge Warp Knitting Technology is a high-precision knitting method where yarns are interlaced vertically using 6 needles per inch, creating a compact and stable fabric. This advanced process tightly weaves aluminum and PET strips to produce a warp-knitted climate screen that is durable, flexible, and energy-efficient.
Warp Knitting Machine
Warp Knitting Machine
High Structural Precision: Tight, uniform yarn spacing ensures stable tension and consistent shape.
Enhanced Durability: Dense knitting resists tearing and deformation, extending service life.
Optimized Light Diffusion: Even light distribution reduces hotspots and improves crop growth.
Superior Energy Efficiency: Minimizes daytime heat gain and retains warmth at night.
Soft and Flexible: Easier to fold and operate, with smaller retracted volume.
Fray-Resistant Edges: Maintains integrity after cutting for easy installation and customization.
Reliable Material Integration: Aluminum and PET strips stay firmly bonded without delamination, ideal for large greenhouse setups.
The transparent diffuse energy-saving screen is suitable for all types of greenhouse structures and can be installed beneath different covering materials such as glass, film, or polycarbonate. Installation can be done using a screen support wire sliding system or a hanging system, depending on greenhouse configuration and user preference.
This type of screen is often used in combination with an inner white diffusive screen, which helps achieve maximum cooling in summer and optimal heat retention in winter. During colder months, both screens can be closed simultaneously to enhance insulation and maintain stable growing conditions, ensuring the best year-round energy efficiency and crop protection.
Produced in our automated weaving and lamination facility, each roll of Top Greenhouse climate screen undergoes strict inspection for material consistency, shading accuracy, and durability.
Warpping
Knitting
Testing
Packing
To ensure the highest quality and performance of our climate screens, we utilize advanced testing equipment to evaluate all critical aspects of the material:
Thermal Insulation Tester
Measures heat retention and energy-saving efficiency under simulated greenhouse conditions, ensuring optimal performance in both summer and winter.
Light Spectrum Analyzer
Analyzes light transmission, diffusion, and spectral distribution to verify that the screen provides uniform illumination and protects crops from excessive radiation.
Tensile Testing Machine
Assesses the mechanical strength and durability of the screen, including warp and weft resistance, elongation, and load capacity.
UV Aging Tester
Simulates long-term UV exposure to evaluate material degradation, color stability, and performance over time.
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
Climate screens combine shading, energy-saving, and light-diffusing features, while shade cloth provides only basic shading.
Yes. Internal energy-saving screens can lower heat loss by up to 40%, significantly cutting heating expenses.
TOP Greenhouse climate screens are UV-stabilized and can last at least 5 years under normal use.
Absolutely. All our screens are compatible with motorized rolling and sliding systems.
Select according to your crop type, local climate, and required shading or insulation level. OEM/ODM customization is also available for specific needs.