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Photovoltaic cables are electron-beam crosslinked cables rated for a maximum temperature of 120℃. The materials used, which have undergone radiation-induced crosslinking, exhibit high mechanical strength. The crosslinking process alters the chemical structure of the polymer, transforming initially melt-processible thermoplastic materials into non-meltable elastomeric materials. Radiation-induced crosslinking significantly enhances the thermal, mechanical, and chemical properties of cable insulation materials.
Photovoltaic cables are electron-beam crosslinked cables rated for a maximum temperature of 120℃. The materials used, which have undergone radiation-induced crosslinking, exhibit high mechanical strength. The crosslinking process alters the chemical structure of the polymer, transforming initially melt-processible thermoplastic materials into non-meltable elastomeric materials. Radiation-induced crosslinking significantly enhances the thermal, mechanical, and chemical properties of cable insulation materials.
Photovoltaic cables are electron-beam crosslinked cables rated for a maximum temperature of 120℃. The material, which has been crosslinked via radiation, exhibits high mechanical strength. The crosslinking process alters the chemical structure of the polymer, transforming initially melt-processible thermoplastic materials into non-meltable elastomeric materials.
Photovoltaic cables are electron-beam crosslinked cables rated for a maximum temperature of 120℃. The material, which has been crosslinked via radiation, exhibits high mechanical strength. The crosslinking process alters the chemical structure of the polymer, transforming initially melt-processible thermoplastic materials into non-meltable elastomeric materials.