Silane XLPO for Photovoltaic Cable / Solar Cable

Silane XLPO for Photovoltaic Cable / Solar Cable

Description

Products meet RoHS, REACH and other related environmental protection requirements. The material comply with IEC62930, EN 50618 and TUV 2Pfg-1169 Standards. Flame retardant performance of the finished cable meet IEC 60332-1-2.

Standard

1. TUV 2Pfg-1169  2.EN50618  3. IEC62930, IEC-60332-1-2 

Application

Performance

The data of original elongation at break is tested after the process at 130℃×24h. 

The technical indicators specified in the table are the values obtained after crosslinking

Use Methods 

1. Mixing: Mix the Component A and Component B evenly, add them into the hopper.The material should be use up within 

2 hours after unpacking.(It can't be dried.)The external water can’t be brought in during the process. 2. Screw Type: Insulation: Suggest to use equal distance & unequal depth, single thread screw; Compression Ratio：2.5-3 Sheath:Low smoke halogen free special screw; Compression Ratio：1.5±0.2 

3. Extrusion Temperature：

Control the melt temperature of Insulation at 190±10℃. The melt temperature of Sheath at 160± 10℃ .

The extrusion temperature should be adjusted according to the actual situation. 

4. Pay-off Speed: Without the effect of smoothness and performance, the faster is better. 

5. Cross-linking: The speed of cross-linking depends on the thickness of the insulation, humidity and environmental temperature. The thickness of the test piece is 1mm.Water bath (steam) temperature is controlled at 60-70℃, cross-linking may be finished within 4 hours. Full performance test, water bath (steam) 60 ℃, more than 8 hours, to ensure the material is fully cross-linked. 

Package, Transport and Storage 

Package：Vacuum packed. Transport: Can’t be exposed to the sun or rain, or suffer mechanical damage. Storage：Should be stacked on the pallet in a clean, dry and ventilated warehouse. Warranty：6 months