Training of 12 certified operators and calibration technicians.
Wire rope testing machine.
R d lab.
Magnetic flaw nondestructive testing instrument for wire ropes welcome to follow us to learn more about wire rope n d t technology.
The machine is designed and developed as per relevant indian international standard for the test required of different samples like steel ropes wires safety holding accessories lifting slings belts geo textile materials high strength fibers pvc materials ropes and many more as per special products would be customized for above products manufacturing major industry for q c.
8184 newington road lorton va 22079 1130 office.
Wire rope rigging.
Magnetic rope testing magnetic flux leakage detection magnetic rope testing mrt is the method of applying a magnetic field to a wire rope and converting data to a useable form of measurement.
Even non skilled personnel can operate the magnograph.
Fcr fcr e fcr ec machines are designed to test chains wire ropes any long specimens for proof test or destructive tensile test.
Test performed up to 55 000 pounds load tonnage.
Level 2 inspector for manual sign off of digital certifications for thorough validation.
Arizona wire rope offers training and testing equipment including a reeling truck drop tower load testers and the tonzilla 500 000 tester.
High loading accuracy infinitely variable straining speeds to suit a wide range of materials.
Magnograph mag ii is designed to test ropes from 12 64mm 1 2 to 2 1 2 inch.
Our rope testers also show great promise for the inspection of spiral strand.
Computerised vertical proof testing machine.
Horizontal chain and wire rope testing machines model.
This state of the art ndt testing of wire rope quickly and efficiently identifies defects through the entire cross section of rope.
Equipment recently used for non destructive testing of steel wire ropes generally uses the same method permanent magnet method.
Chant vertical test proof machine.
Our new digital equipment allows us to consistently detect evaluate and monitor the condition of a wire rope inside and out from test to test.
The method is based on magnetisation of the rope with permanent magnets and detection of rope anomalies indirectly by magnetic sensors.