Intended for creation of an electro-thermal barrier in the design of the fireproof cables operating in the conditions of open fire and high temperatures. These tapes contain silicone resin which in combination of mica paper can withstand very high temperatures (above 800°C) in a case of fire.
Name | Composition | Long-term heat resistance class | Thickness, mm |
LSK-T | Glass cloth/ Mica | C | 0,12-0,14 |
LSK-TT | Glass cloth/ Mica/ Glass cloth | C | 0,17-0,26 |
Intended for creation of corona-resistant insulation of single conductors and insulation systems of high-voltage and low-voltage electrical machines. Characterized by the increased partial discharge inception voltage (PDIV) and resistance to impact of discharges.
Name | Composition | Thermal class | Thickness range, mm |
Micasil | Glass cloth/ Mica | C | 0,07-0,14 |
Mikaterm 451 | PEN-film / Mica | H | 0,06 |
Mikaterm 452 | PI-film / Mica | C | 0,06 |
Intended for application in the design of high-voltage cables with the operating voltage up to 110 kV and high-voltage electrical machines for corona protection.
Name | Composition | Thermal class | Surface resistivity, Ohm | Thickness range, mm |
PPL-1 | Glass cloth + conductive silicone binder | C | 1,0·103-5,0·105 | 0,04-0,13 |
PPL-2 | Glass cloth + conductive silicone binder | C | 6,0·105-9,0·106 | 0,04-0,13 |
PPL-3 | Glass cloth + conductive silicone binder | C | 1,0·107-9,0·109 | 0,04-0,13 |
Intended for application as an electro-thermal barrier between separate conductors of cable items.
Name | Long-term heat resistance class | Composition | Thickness, mm | Surface density, g/m2 | Volatiles content, max % |
LSi-T-(N) | C | Glass cloth impregnated by silicone resin | 0,13 | 100 | 22±5 |