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Phone
15921165535
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Address
No. 418 Huajing Road, Shanzhong Science and Technology Park, Waigaoqiao Free Trade Zone, Pudong New Area, Shanghai
Duzhi Instrument (Shanghai) Co., Ltd
15921165535
No. 418 Huajing Road, Shanzhong Science and Technology Park, Waigaoqiao Free Trade Zone, Pudong New Area, Shanghai
The Coulomb Galvano Test 3000 from Elektrophysik, a German company, applies the principle of Coulomb coulometric analysis. The process is similar to electroplating, but the direction of the electrochemical reaction is opposite, which is electrolytic plating. It can be used to measure the thickness of electroplating layers on almost all substrates. The substrate includes steel, non-ferrous metals, and insulation materials. For example, iron tweezers, zinc on iron, silver on copper, copper on epoxy resin, etc.During measurement, only a small area of the coating metal that is almost invisible needs to be removed, without affecting the substrate. The Coulomb method ensures accurate and reliable measurement results, and the instrument is easy to use. The measurement operation is autonomously completed by the instructions of the instrument, and the operator does not require professional knowledge.The Coulomb method is the only method that can measure composite coatings and multi-layer coatings. For example, measuring the sequential deposition of copper, tweezers, chromium, etc. on iron.GALVANOTEST3000 ensures the safety and reliability of all measurement and statistical data, and can print data and voltage characteristic curves.
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GALVANOTEST3000Structural description The GalvanoTest 3000 Coulombic Thickness Gauge consists of three main parts:
1. Measuring cup
------Depending on the instrument model, the electrolyte is driven by an air pump or a circulating pump and flows in the measuring cup to ensure smooth plating removal in the measurement area and maximize the utilization of the electrolyte. For wires or small parts, electrolytic cups can also be used to immerse them in the electrolyte during measurement.
2. Bracket
------Fix the tested sample with a bracket and accurately position the measuring cup and the tested sample. The circulating pump is connected to the bracket and thickness gauge.
3. Instrument
------The thickness gauge controlled by a microprocessor can measure various coating thicknesses.Use the keyboard of the instrument to adjust it and complete various measurement tasks. ![]() |
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GAdvantages of alvanoTest 3000: GalvanoTest 3000 provides additional measurement convenience. Its measuring platform is equipped with an integrated electrolyte pump, making it easy to replace measuring components for automatic removal and refilling of electrolyte, thus saving electrolyte as a filling material can be used for a large number of electroplating processes. Additional measurement units can be purchased to accommodate different electrolyte solutions for rapid conversion in multi-layer applicationsChange. Further advantages of the 3000 model: even spots as small as 25 square millimeters and gold layers can be easily measured without any problems. ![]() |
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Measurement principle of GALVANOTEST 3000 Coulomb coating thickness gauge Measure according to Faraday's principle. The process is similar to electroplating, but the direction of the chemical reaction is exactly the opposite, which is electrolytic plating. According to the combination of coating/substrate, select the electrolyte to be injected into the electrolytic cell. Place the electrolyte on the test sample. A sealing gasket is embedded between the electrolytic cell and the tested sample, which serves to determine the measurement area, such as 1mm2, and to prevent electrolyte leakage. Electric current passes through the electrolyte and produces electrochemical reactions over a certain area. The thickness of the coating is directly displayed on the digital monitor. ![]() |
GalvanoTest3000Technical parameters:
Storage of various metal quantities: 18
Number of readings that can be stored and evaluated: 2000
After power-off, the thickness gauge can maintain all calibration values, readings, and statistical values
Display 6 statistical values: mean, standard deviation, coefficient of variation, * large, * small value, number of readings
Immediate or delayed display of statistical values
Display and print out dates and times - year, month, day, hour, and minute
MiniPrint Data Microprinter Interface
RS 232 C interface, used for connecting desktop computers
Analog output, used to connect to XT to record the voltage curve on the chart
Measurement uncertainty: After calibration, the measured area is 8 mm2 and the reading is 5%
Measuring element: circulating pump
Power supply: 110/220 V 50... 60 Hz/10 W
Size and weight:260 mm x 250 mm x 100 mm/10.24 inch, 9.85 inch, 3.94 inch;about2.5 kg (Thickness gauge host)
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Coating/substrate combination
More than 70 coating/substrate combinations (standard version) ![]() |
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Measure the surface
Sealing gasket 4 mm2/6.2 x 10-3 inch2 ![]() |
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Adjustable settings achieve good results 8 plating speed * wide range of approximately 0.3-40 μ m (0.012-1.57) mils/minute Adjust the calibration coefficient separately based on the type of metal and the measurement surfaceCalibration with available thickness standard template Adjustable terminal voltage to resist interference and adapt to the alloy between the coating/substrate ![]() |
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GalvanoTest 3000 standard configuration: GalvanoTest measuring instrumentInterface for connecting MiniPrint data printers or PCs The data port of Y-T recorder Measurement bracket with integrated circulation pump, Measure cell type 1 Connect cable gauge/bracket 2 B-type washers (4 square millimeters) 20 C-type masks (1 mm2) and 2 1.5 mm gaskets are used to seal the masks 20 D-masks (0.25 mm2) 5 bottles of electrolyte, 100 milliliters per bottle, depending on customer selection (excluding E12) Electrolyte waste liquid bottle Spray bottle Rubber pencil Absorbent paper packaging operating manual |
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