1. E- beam cross-linked compounds 2. High resistance against UV ,ozone and hydrolyzation 3. High temperature resistance , materials will not melt or flow 4. Flexibility under cold conditions 5. Lighter weight, making it easier to operate and install 6. Applicable to all common connectors
1. E- beam cross-linked compounds 2. High resistance against UV ,ozone and hydrolyzation 3. High temperature resistance , materials will not melt or flow 4. Flexibility under cold conditions 5. Lighter weight, making it easier to operate and install 6. Applicable to all common connectors
1. E- beam cross-linked compounds 2. High resistance against UV ,ozone and hydrolyzation 3. High temperature resistance , materials will not melt or flow 4. Flexibility under cold conditions 5. Lighter weight, making it easier to operate and install 6. Applicable to all common connectors
1. High resistance against UV ,ozone and hydrolyzation 2. High temperature resistance ,materials will not melt or flow 3. Flexibility under cold conditions 4. Good flexibility and easy to install 5. All materials comply with ROHS&REACH
1. High resistance against UV ,ozone and hydrolyzation 2. High temperature resistance ,materials will not melt or flow 3. Flexibility under cold conditions 4. Good flexibility and easy to install 5. All materials comply with ROHS&REACH
1. E- beam cross-linked compounds 2. High resistance against UV ,ozone and hydrolyzation 3. High temperature resistance , materials will not melt or flow 4. Flexibility under cold conditions 5. Lighter weight, making it easier to operate and install 6. Applicable to all common connectors
1. E- beam cross-linked compounds 2. High resistance against UV ,ozone and hydrolyzation 3. High temperature resistance , materials will not melt or flow 4. Flexibility under cold conditions 5. Lighter weight, making it easier to operate and install 6. Applicable to all common connectors
1.Construction: Tinned cooper, XLPE insulation, XLPE outer sheath. 2.Test Voltage: 6500V, 5min; rated voltage:1000/1800V DC. 3.Halogen free and low smoke, Rohs standard. 4.UV resistance. 5.Temperature rating:-40Degree to 125Degree, cold resistance. 6.Certificate: TUV UL CCC CSA 7.Power cable for photovoltaic system.
1.Construction: Tinned cooper, XLPE insulation, XLPE outer sheath. 2.Test Voltage: 6500V, 5min; rated voltage:1000/1800V DC. 3.Halogen free and low smoke, Rohs standard. 4.UV resistance. 5.Temperature rating:-40Degree to 125Degree, cold resistance. 6.Certificate: TUV UL CCC CSA 7.Power cable for photovoltaic system.
1.Construction: Tinned cooper, XLPE insulation, XLPE outer sheath. 2.Test Voltage: 6500V, 5min; rated voltage:1000/1800V DC. 3.Halogen free and low smoke, Rohs standard. 4.UV resistance. 5.Temperature rating:-40Degree to 125Degree, cold resistance. 6.Certificate: TUV UL CCC CSA 7.Power cable for photovoltaic system.
1.Construction: Tinned cooper, XLPE insulation, XLPE outer sheath. 2.Test Voltage: 6500V, 5min; rated voltage:1000/1800V DC. 3.Halogen free and low smoke, Rohs standard. 4.UV resistance. 5.Temperature rating:-40Degree to 125Degree, cold resistance. 6.Certificate: TUV UL CCC CSA 7.Power cable for photovoltaic system.
1.Construction: Tinned cooper, XLPE insulation, XLPE outer sheath. 2.Test Voltage: 6500V, 5min; rated voltage:1000/1800V DC. 3.Halogen free and low smoke, Rohs standard. 4.UV resistance. 5.Temperature rating:-40Degree to 125Degree, cold resistance. 6.Certificate: TUV UL CCC CSA 7.Power cable for photovoltaic system.
