It maintains superior electrical insulation and high voltage withstand performance with stable mechanical properties and thermal ageing resistance, suitable for long-term offshore photovoltaic power transmission. It delivers excellent low-temperature flexibility and low deformation after irradiation crosslinking. Featuring zero halogen and low corrosive emission, this material fully complies with RoHS and REACH international environmental standards for reliable marine cable insulation protection.

By the polyolefin materials, filler, stabilizer, lubricant inside and outside through special proportion, end spacing refining and added to the mix and twin-screw granulating of halogen-free insulating materials.

Irradiation dose: Recommendation irradiation dose is 10-20 Mrad;

The irradiation dose should be adjusted according to the product structure and specification difference.

Due to the influence of the difference of electron accelerators on the measurement, the selection of radiation dose should be based on the test thermal extension meeting the requirements. It is suggested that the dose should be used for reference only, and the thermal extension should be controlled in the range of 30-60%.

It maintains stable mechanical performance, excellent low-temperature toughness and thermal ageing resistance with low shrinkage, suitable for complex marine outdoor operating environments. It meets single vertical flame retardancy requirements in accordance with IEC 60332-1-2. Generating low corrosive smoke during combustion, this material achieves qualified flame retardancy and complies with global fire safety and environmental regulations including RoHS and REACH.

By the polyolefin materials, Halogen-free flame retardants, stabilizer, lubricant inside and outside through special proportion, end spacing refining and added to the mix and twin-screw granulating of halogen-free flame retardant sheath materials.

Irradiation dose: Recommendation irradiation dose is 8- 18 Mrad;

The irradiation dose should be adjusted according to the product structure and specification difference.

Due to the influence of the difference of electron accelerators on the measurement, the selection of radiation dose should be based on the test thermal extension meeting the requirements. It is suggested that the dose should be used for reference only, and the thermal extension should be controlled in the range of 30-50%.

It maintains stable mechanical performance and excellent thermal ageing resistance, featuring outstanding UV protection and outdoor weather durability for long-term onshore photovoltaic operation. It meets strict single vertical flame retardancy requirements in accordance with IEC 60332-1-2 with low smoke zero halogen and low corrosive emission. Fully certified with PV standards and compliant with RoHS and REACH, this material ensures safe and eco-friendly service for terrestrial solar cable systems.