1. High-precision, large range
2.Integrated design, replaceable probe
3. Optional single or two-point calibration
Minimum Order Quantity: 1 Piece/Pieces
Supply Ability: 100 Piece/Pieces per Week
Payment Terms: Western Union,paypal
Contact SupplierPackaging Detail: carton
Delivery Detail: 3 days to 15days after payment
QuaNix 8500 Coating Thickness Gauge
Zero stabilityAll coating thickness measurement are required to calibrate the zero position before, you can zero the instrument panel with the coating of the workpiece or Colonel zero. Instrument zero stability is a prerequisite to ensure accurate measurement. A good gage zero, you can no longer maintain a zero drift, ensure accurate measurements |
No calibration In addition to the majority of zero thickness, the need to be adjusted to use the standard film. Measuring the thickness of a range, use a range of standard sheet adjustment. Mostly can not meet the full range of linear precision. Operation not only cumbersome, but also the standard surface roughness due to failure, increasing the system error |
Temperature compensation Coating thickness measurement of very large affected by temperature. The same workpiece measurement at different temperatures will come to large errors. So should have a good gage ideal temperature compensation technology to ensure the accuracy of measurement at different temperatures |
Ruby probe The wear resistance of the probe contact points directly affect the accuracy of measurement. Common metal contact probe, the surface will wear a great deal of error |
Unique DC sampling Makes the measurement repeatability than traditional communication technology has unparalleled advantages and improve |
Single large range :0-5mm probe |
Dual Function:
1. Measurement of steel, iron and other ferromagnetic (Fe)
metal matrix coating on the non-magnetic coating thickness, such as the paint
layer, various anti-corrosion coating, paint, powder coating, plastics, rubber,
synthetic materials, phosphate layer, chromium , zinc, lead, aluminum, tin,
cadmium.
2. Measurement of copper, aluminum, stainless steel and other
non-ferromagnetic (NFe) substrates the thickness of all non-conductive layer,
such as the paint layer, various anti-corrosion coating, paint, powder coating,
plastics, rubber, synthetic materials, oxide, etc