PLS 420
is a master batch comprising high molecular weight, polyolefin, a catalyst to induce silane cross linking and a stabilisation package to impart long term thermo-oxidative degradation resistance to the final cable insulation. It is designed to be used, at a rate of 5 wt.%, with Plascom’s PLS 400A & PLS 400A-SR silane crosslinkable compounds. The extruded combination is crosslinkable on exposure to hot water or low pressure steam or sauna.
PLS 425
is a master batch comprising high molecular weight, polyolefin, carbon black pigment, a catalyst to induce silane cross linking and a stabilisation package to impart long term thermo-oxidative and photo-oxidative (UV) degradation resistance to the final cable insulation. It is specifically designed to be used, at a rate of 11 wt.%, with 89% of Plascom’s PLS 405 silane crosslinkable compound for Low Voltage Overhead or Weather Service Drop Cable Insulation. The extruded combination is crosslinkable on exposure to hot water or low pressure steam or sauna.
PLS 520AC
(Atmospheric cure) is a catalyst master batch comprising, polyethylene, a catalyst to induce cross linking and a stabilization package to impart long term thermo-oxidative degradation resistance to the final cable insulation. It is specially developed to render rapid curing of Silane XLPE insulation in natural atmospheric conditions without using Sauna or hot water bath. It is designed to be used @10% with 90% of L.V Silane XLPE compound PLS 500AC for optimum curing results
PLS 525AC
(Atmospheric cure) is a master batch comprising polyethylene, carbon black pigment, a catalyst to induce silane crosslinking and a stabilisation package to impart long term thermo-oxidative and photo-oxidative (UV) degradation resistance to the final cable insulation. It is designed to be used @ 16.5 wt% with 83.5% of Plascom’s PLS 505 AC for Low Voltage Overhead or Weather Service Drop Cables Insulation.
