Photovoltaic composite frame-Nawray Co., Ltd.

Better thermal expansion performance

The coefficient of thermal expansion is close to the glass, and the components are not deformed and explosive at low temperatures.
Better insulation properties

No protective grounding between components, excellent anti-PID performance, improve power generation gain.
Lower carbon emissions

Ultra-low carbon, carbon emissions are 15% of the aluminum frame.
Higher cost performance

Stable price, higher cost performance.

Suitable for a variety of extreme environments

The composite frame is resistant to salt spray and corrosion, and can be used in harsh environments such as offshore photovoltaic, beach and desert. By choosing our composite frame for PV plants, you can ensure the reliability, stability and efficiency of your PV plants, contributing to the sustainable development of the renewable energy industry.

Suitable for all kinds of PV modules

Our photovoltaic composite bezels can be matched to a wide range of PV modules on the market, and we can also offer a variety of color options according to customer requirements.

Anti-slip loose block design

The combination of block and bracket is adopted to greatly improve the safety performance of fixing, and prevent the component from loosening and sliding of the block and large area failure.

Product manual

Product specification

Composite frame

Strength of extension(MPa)：≥1000

Bending strength(MPa)：≥800

Yield strength(MPa)：1000

Volume resistivity(Q·m)：≥10^14

Coefficient of thermal expansionum/(m*C°)：4

Anti-pid: insulation material, effective anti-PID

Carbon emission(kgCO2e)：3.7
Aluminum frame

Strength of extension(MPa)：250

Bending strength(MPa)：250

Yield strength(MPa)：250

Volume resistivity(Q·m)：2.82x10^-8

Coefficient of thermal expansionum/(m*C°)：23.2

Anti-pid: Conductor, border leakage current

Carbon emission(kgCO2e)：25.2