Electrolytic thickness gauge

Electrolytic thickness gauge

The 3S-3C electrolytic thickness gauge has the characteristics of structure, stable and reliable performance and complete functions. The use of this instrument can guarantee the product quality of the user unit and prevent the waste of raw materials. This instrument can also help users find electroplating processes suitable for different requirements. It is the instrument selected by the relevant finished products factory and electroplating factory.

1. This product uses self-developed chips to process data, with high-speed serial port, high-speed A/D, accuracy, compatibility, anti-interference, long service life, technical front-end, etc.

2. Chinese and English interface switch LCD display, with high display quality, digital interface, small size, light weight, low power consumption, etc.

3. The thermal printer is used for a long time without replacing the ribbon. The micro-printing interface can print the test report in Chinese and English, print the coating type, thickness, tester, date, and internal clock calendar, without setting each time.

4. Automatically pause the measurement prompt to change the electrolyte. To reduce measurement error.

5. Calculate the average automatically. Below 10 microns are three decimal places, with an accuracy of 1/1000.

6. Multi-layer plating can be measured, such as Cr/Ni/Cu/plastic, and the report can print the results at one time without disassembling and printing.

7. The imported standard film from the United States is used for calibration and calibration to achieve the ideal measurement error value. The adjustable conductivity reduces the error.
8. Adjust the terminal potential difference to adapt to the potential between the coating and the substrate.

9. With more than 70 kinds of metal coating matrix combination, it can measure the coating on the plane and curved surface, and can measure small parts, wires and linear parts.

10. Plating removal speed 0.3-40 μ M/min adjustable.

11. The vacuum extrusion air pump circulates mixing, and the mixing force and air volume can be adjusted according to the coating to reach the dissolution state.

12. Anti-corrosion alloy stainless steel of electrolytic cup is not easy to be corroded and aged.

13. Adjustable constant current to reach electrolytic efficiency value.

14. The operation interface function matrix buttons are intuitive and convenient for operation and measurement, and the input can be directly completed.

15. The matrix keys are imported Omron or NKK, with a service life of more than 10 million times.

16. The host of the thickness gauge adopts high-speed USB interface for transmission, which can be connected and compatible with various notebook computers to achieve operation display. The software automatically captures the accurate coating thickness curve with the machine. This model can measure the copper plating function on copper. This model can be connected with the computer, and the curve trend can be observed. The results can be generated into office files for long-term storage, and A4 paper print reports.

17. Measure the thickness and potential difference of multi-layer nickel: this type of instrument can measure the total thickness of multi-layer nickel at one time (nickel seal, pearl nickel, bright nickel, high-sulfur nickel, semi-bright nickel). The thickness and potential difference of each layer of coating can be analyzed. For example: chromium/bright nickel/high-sulfur nickel/semi-bright nickel/nickel seal/Cu/plastic, simultaneously measure the thickness and electrochemical potential of double or three layers of nickel coating. The high voltage resolution of the 3S-3C thickness analyzer can measure the potential between the top layer of microporous nickel or microcracked nickel and the lower layer of bright nickel, as well as the potential between bright nickel and semi-bright nickel. (If necessary, it can also be high sulfide nickel between bright nickel and semi-bright nickel).

It is possible to measure the thickness of metal coating on almost all metal or non-metallic substrates, even the multi-coating system.

18. Standard: GB/T4955-2005VS02177:2003.