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Fiberglass stevenson screen
Made entirely of high-quality fiberglass, it eliminates common issues of traditional wooden screens such as warping, cracking, rot, and pest damage. Wood’s poor thermal conductivity, which can cause radiation errors, is no longer a concern. Additionally, unlike smaller wooden screens that often require pairing due to limited space, the fiberglass screen features a larger interior, accommodating thermometers, a hair hygrometer, and other accessories in one unit.
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Fiberglass stevenson screen
Made entirely of high-quality fiberglass, it eliminates common issues of traditional wooden screens such as warping, cracking, rot, and pest damage. Wood’s poor thermal conductivity, which can cause radiation errors, is no longer a concern. Additionally, unlike smaller wooden screens that often require pairing due to limited space, the fiberglass screen features a larger interior, accommodating thermometers, a hair hygrometer, and other accessories in one unit.
Fiberglass stevenson screen-Specifications



- Name: Fiberglass stevenson screen
- Brand name: lubaosolar
- Size: Internal 520*480*610mm, external 720*780*880mm, base height 1050mm, total height 2150mm
- Material: Fiberglass (FRP)
- Content: Instruments such as the Wet-bulb thermometer, Dry-bulb thermometer, Maximum thermometer, Minimum thermometer, Hair hygrometer, Water reservoir, Internal bracket, Integrated temperature and humidity sensor (optional)
Fiberglass stevenson screen-Size

Fiberglass stevenson screen-Advantage
Structural Stability for Measurement Precision
Wooden screens are susceptible to moisture, warping, and cracking. Such deformation can prevent the door from closing tightly or change the louver gaps, disrupting airflow and compromising the accuracy of temperature and humidity data. Fiberglass, however, provides superior dimensional stability and resists deformation, ensuring the louver gaps remain at standard specifications for consistent, long-term ventilation.
Wooden screens are susceptible to moisture, warping, and cracking. Such deformation can prevent the door from closing tightly or change the louver gaps, disrupting airflow and compromising the accuracy of temperature and humidity data. Fiberglass, however, provides superior dimensional stability and resists deformation, ensuring the louver gaps remain at standard specifications for consistent, long-term ventilation.




Comprehensive score