Wind loads in nature are pulsating and random, and irregular structures need to have sufficient stiffness to resist high-frequency wind vibration.
Users of high-end refrigerators need to clean the glass surface regularly to prevent dust and stains from accumulating and forming a "lens effect," which can exacerbate localized damage to the pattern caused by ultraviolet rays.
Irregularly shaped photovoltaic modules have emerged to address this need, and special-shaped photovoltaic module glass, as its core component, is becoming a key force driving cross-industry integration in the photovoltaic sector with its groundbreaking s
The stress distribution of irregularly shaped glass can be non-destructively tested using a laser speckle interferometer or a polarized stress meter to identify potential risk areas.
The weather resistance of aluminum strip screen printing on high-end refrigerator glass is the result of the cross-integration of materials science, printing technology and environmental engineering.
Structural reinforcement technology can further enhance the stress concentration resistance of special-shaped photovoltaic module glass.