Precise flat-bead control
Forms a thin bead in one pass
Reduces overflow and trimming
45° Tilt Angle Design
Universal interface fit
GFRP Installation Method
Composite Frames Application Scenarios
The wide application can meet the demands of the market and has its unique advantages in various fields.
Desert / Hot-Arid Climate
High wind and seismic resistance with low deformation keep modules structurally stable through storms and sandstorms, cutting field failure rates. CTE closely matches glass, reducing interlaminar stress ~60% across cycles — built for daily swings over 30°C.
Deep Blue Ocean
Engineered for high humidity, salt spray, and strong wind-wave conditions, with superior corrosion and PID resistance plus anti-biofouling coating that cuts algae adhesion by 90%. Meets extreme offshore load requirements and needs no grounding, lowering labor and O&M costs.
Ground-Mounted Power Plant
In a large-scale ground-mount project using large-size bifacial modules, our composite frames have endured two years of sand, wind, and UV exposure with zero deformation or performance loss. This proves exceptional long-term reliability under complex climate conditions.
Distributed Rooftop
Our 10MW rooftop PV project in a coastal chemical-plant city — facing year-round salt spray and acid-alkali exposure — has run 365+ days with zero corrosion, zero aging, zero maintenance. Where metal frames once failed, our composite frames thrive.
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Contact Us
No. 89, Gangqu Middle Road, Xinbei District, Changzhou City, Jiangsu Province, China