Heatflex Cables Private Limited

We are engaged in offering supreme quality Overall Aluminum Armored Instrumentation Cable, which is preferred for use in instrumentation computer and control application where signals are transmitted in excess of 100-mile volts except in areas where high voltage and current sources create excessive noise interference. If required, overall shielding may be of annealed tinned copper braiding/ polyaluminum drain wire. Braiding ATC shield has high tensile strength and provides better coverage in flexing applications. These cables are easier to terminate. This provides effective shielding; crosstalk and noise are kept to an absolute minimum.

We are offering quality tested range of Overall Aluminum Mylar Shielded Unarmored Instrumentation Cable that is known for its electrical properties and disturbance free operation. In this, the conductor is constructed from bare, annealed copper and insulation of polyvinyl chloride. These are flame retardant and have shielding of aluminum foil and polyester shield, which is helically wrapped to provide complete coverage with a tinned copper drain wire. This is two gauge sizes smaller than the circuit conductor.

The Individually Aluminum Mylar Shielded Armored Instrumentation Cable is suited for preventing the sorting of adjacent shield and minimizes the cross talk and ground loops. A tinned copper drain wire is installed to provide continuous contact with the shield and allows for connection to ground. Tinning the drain wire reduces galvanic corrosion between drain and shield.

We are offering quality tested range of Overall Aluminum Mylar Shielded Unarmored Instrumentation Cable that is known for its electrical properties and disturbance free operation. In this, the conductor is constructed from bare, annealed copper and insulation of polyvinyl chloride. These are flame retardant and have shielding of aluminum foil and polyester shield, which is helically wrapped to provide complete coverage with a tinned copper drain wire. This is two gauge sizes smaller than the circuit conductor.