Product Description
Copper Coating Thickness Tester Coating Thickness Measuring Instrument
KCT300 is capable to measure thickness of non-magnetic coating layers covered on magnetic substrate. Such as: non-magnetic (aluminum, chrome, copper, enamel, paint) covered on magnetic substrate (steel, alloy and magnetic stainless steel), also can measure thickness of non-conductive coatings layers covered on conductive substrate. Such as: (enamel, rubber, paint, plastic) covered on conductive substrate (aluminum, brass, zinc and nonmagnetic stainless steel);
Features:
- Various probes optional, probe auto matching;
- Durable ruby probe, more wear and precise;
- Full metal shell design, sturdy, portable, high reliability;
- Alarm function when overrun the settable limiting range;
- Five statistics values [MEAN, MAX, MIN, NO., S.DEV] higher measurement accuracy;
- Large storage, easy to delete single or multiple saved values;
- PC software optional, convenient the data transmission, analysis, printing etc.
Specification:
- Measuring Range: Standard 0-1250um (MAX 10000um with probe F10)
- Working Principle: Magnetic & Eddy
- Substrate: FE / NFe base, depends on probes
- Display: 128*64 LCD with backlight
- Memory: 5 files x 99 values
- Working Temperature: Operation Temp. :-10-50 degree Storage Temp.:-30-70 degree
- Power: AA battery 2pcs (Non-aviation transport)
- Size: 125*67*31mm
- Weight: 340g
High Versatility Across Metal SurfacesDesigned for compatibility with copper, aluminum, steel, and zinc surfaces, this tester enables comprehensive quality control across multiple material types. Its technology supports applications in laboratory and industrial settings, enhancing productivity and flexibility regardless of where the device is deployed.
Reliable Measurement with Advanced FeaturesEquipped with magnetic induction and eddy current sensors, the instrument delivers fast and accurate measurements (2%+1 m), with results displayed instantly on a digital LCD. With manual or automatic control modes and capacity for multiple specimens, users benefit from a streamlined workflow and consistent output.
User-Friendly Setup and CalibrationStandard calibration blocks and manual calibration options are provided for precise setup, ensuring ongoing measurement accuracy. The device operates in English and includes straightforward controls, making it convenient for users of varying technical expertise.
FAQs of Copper Coating Thickness Tester Coating Thickness Measuring Instrument:
Q: How does the Copper Coating Thickness Tester ensure measurement accuracy?
A: This instrument uses magnetic induction and eddy current sensors to detect coating thickness with high precision. Calibration can be performed manually or with standard blocks, achieving an accuracy of (2%+1 m) and a resolution of 0.1 m.
Q: What materials is this tester compatible with?
A: It is suitable for measuring coating thickness on copper, aluminum, steel, and zinc, making it versatile for different surface types commonly found in industrial and laboratory applications.
Q: When should standard calibration blocks be used during operation?
A: Standard calibration blocks should be used before starting regular measurement sessions or when switching between different material surfaces, ensuring reliable and traceable results each time.
Q: Where is this tester typically used?
A: This device is designed for laboratory or industrial use, including environments such as manufacturing plants, quality control labs, and material research facilities. Its bench-top mounting allows stable and safe operation.
Q: What is the process for taking a measurement with this instrument?
A: To measure coating thickness, place the specimen (minimum thickness of 0.2 mm and up to 100 x 100 mm in size) on the platform, calibrate as needed, and select either automatic or manual control mode. Measurements up to 2000 m will display instantly on the LCD.
Q: How does the non-destructive testing benefit users?
A: The testers non-destructive methods allow for repeated measurements without damaging the specimen, preserving sample integrity and reducing material waste during quality assurance procedures.