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WING ICE PROTECTION SYSTEM PROVIDES ELECTRO THERMAL ICE PROTECTION TO A DESIGNATED AREA OF AN AIRCRAFT WING SLATS. CAN BE USED ON BOTH MILITARY AND CIVIL AIRCRAFT

CARTRIDGE HEATER FOR FOR A PRINTER.THE CARTRIDGE HEATER IS OF A SPLIT SHEATH DESIGN. A CONTINUOUS RESISTOR IS PACKED INTO THE HIGHEST DENSITY INSULATION AND WELDED TO THE LEAD CONNECTIONS. THE LEAD WIRES CAN BE BENT SHARPLY WITHOUT EXPOSING THE CONDUCTOR. IT IS RATED TO 900 DEGREES FAHRENHEIT. STANDARD LEAD WIRES ARE 24 GAUGE INSULATED WITH TEFLON /FIBREGLASS

RESISTIVE HEATING UNIT DESIGNED TO GENERATE HEAT THROUGH A RESISTANCE HEATER. IT CONSISTS OF LINEAR RESISTANCE WIRE WHICH IS ATTACHED TO FIBREGLASS MESH. THE MESH ACTS AS A METHOD TO EMBED THE RESISTANCE HEATER IN THE FLOOR PRIOR TO LAYING TILES. THE RESISTANCE WIRES ARE CONSTRUCTED BY BINDING SEVERAL RESISTANCE ALLOYS TO GENERATE THE REQUIRED RESISTANCE. THESE RESISTANCE WIRES ARE THEN EXTRUDED WITH POLYMERS TO ENSURE THEY ARE ELECTRICALLY SAFE

RESISTIVE HEATING UNIT DESIGNED TO GENERATE HEAT THROUGH A RESISTANCE HEATER. THE FOIL PRODUCTS ARE CONSTRUCTED USING LINEAR RESISTANCE WIRE ENCAPSULATED IN ALUMINIUM FOIL. THE FOIL ACTS AS A METHOD TO DISTRIBUTE THE HEAT EVENLY. THE RESISTANCE WIRES ARE CONSTRUCTED BY WINDING RESISTANCE ALLOY AROUND A POLYESTER CORE TO GENERATE THE REQUIRED RESISTANCE. THESE RESISTANCE HEATERS ARE THEN EXTRUDED WITH POLYMERS TO ENSURE THEY ARE ELECTRICALLY SAFE.

ELECTRIC HEATING RESISTOR - THIS IS AN ALLOY WIRE MOUNTED ON AN INSULATING CORE OF KEVLAR AND GLASS FIBRES. THE WIRE HEATS UP WHEN THE CURRENT IS PASSED THROUGH IT. THESE RESISTORS ARE USED AS IGNITION WIRE FOR ENGINES.