Glassfiber and Mica Insulated High Temperature Cables, Fluoropolymer Insulated Cables, Silicone Insulated Cables
GLASSFIBER AND MICA INSULATED HIGH TEMPERATURE CABLES
(-90 °C / +350 °C _ +400 °C ................1400 °C)
PVC, silicone, and fluoropolymer insulated cables can not fit the high temperature requirements between -90 0C and +400 0C in industrial facilities.
Glassfibre and mica insulated cables are usually needed for high temperature furnaces, glass, ceramic, cement, and iron-steel industries.
Our firm produces these cables with care. Our cables are exported to other countries and provided to national industry at the same time.
We can produce special cables that fit your requirements apart from the catalogue.
FLUOROPOLYMER INSULATED CABLES
(-90 °C / +205 °C ................-90 °C / +260 °C)
Fluoropolymer cables have satisfactory values in terms of chemical, thermal, electrical and mechanical resistance, fluoropolymer cable is a convenient preference under high temperatures that reach up to +260°C. Compared to other insulation classes, thickness of insulation, diameter of cable can be thinner. Thanks to this feature, cable weighs less and sizes can become smaller. This situation increases the preferability of fluoropolymer cables. Our firm produces fluoropolymer insulated cables with care.
SILICONE INSULATED CABLES
(-60 °C / +180 °C )
Silicone is a synthetic rubber. It is obtained from silicium elements as a result of series of complex reactions.
Advantage of Silicone kables;
Silicone rubber is used for cable production when other polymers is not fitting desired requirements in
terms of thermal resistance.
Silicone rubber cables have many advantges against other cable types;
Silicone rubber cables
- maintain physical characteristics at low and high temperatures,
- show resistance to harsh weather conditions, radiation, UV light, ozone, and oxygen,
- have high electrical insulation values,
- good thermal resistance is the most determinative feature of Silicone cables,
- can work continuously between - 600C and +1800C. Also, silicone compounds can be formulated for +3000C,
- can show resistance to thermal shocks, working temperature can peak at +4000C.
- Heat transmission coefficient of silicone rubber is quite high, for that reason silicone cables get less warm in
comparison with other cable types in terms of current load.
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