Anti corrosion layer thickness tester

Anti corrosion layer thickness testerProduct Usage

1. Electroplating coatings (zinc, chromium, nickel, cadmium, silver, tin, and other coatings) on steel products.

2. Electroplating layers (zinc, chromium, nickel, cadmium, silver, tin, and other coatings) on non-ferrous metal products.

3. Coatings, paints, enamels, powders, mastics, and other insulation coatings for steel products.

4. Anodized oxide coatings, phosphide coatings, and other insulation coatings for black and non-ferrous metals.

5. Special insulation coatings and thick metal coatings, electroplated coatings.

6. Coating the inner surface of pipelines and cylindrical products.

7. Copper foil for printed circuit boards.

8. Electroplating coatings on thin plates and insulation products made of colored conductor materials.

9. Two layer component coating.

10. Concrete protective layer and determination of steel reinforcement position in concrete.

11. Measurement of wall thickness of large thin glass and carbon fiber reinforced plastic products with entrances at one end and both ends (measurement during production and delivery).

12. Measure the depth of the groove and evaluate the surface roughness after sandblasting or gravel impact.

13. Control weather conditions (air humidity, air and metal surface temperature, dew point temperature, and measure temperature change parameters).

Advantages of anti-corrosion layer thickness testing products:

1. Automatically calculate the upper and lower limits of the average band.

2. The measurement results are displayed in the statistical sample.

3. Scan mode with upper and lower limit values.

4. Diagonal 2.4-inch TFT color display screen with built-in lithium battery.

5. Ergonomic shock-absorbing design with rubber protection at the corners.

6. The keyboard comes with function keys that can be adjusted according to the device's working mode; The user interface is user-friendly and intuitive.

7. Additional modes and device settings.

8. Ergonomically designed small-sized wear-resistant sensor expansion component.

9. Sensors that support multiple calibration characteristics (for PH3 series probes, an additional 6 are supported); For NF-G probes, an additional 4 are supported; For F-G probes, an additional 2 are supported.

Anti corrosion layer thickness testerBasic technical characteristics:

measurement range

Measurement range: 0.5 µ m -120 mm

Number of sensors

Customers can choose for themselves

calibration method

Additional single point calibration

two-point calibration

Single point (with automatic multiplication correction)

computer connection

USB 2.0 channel

temperature range

For equipment: -30......+40 ℃

For sensors: -40...+50 ℃

(For high-temperature sensors, the temperature can reach up to+350 ℃)

power supply

Built in lithium-ion battery, 3.7-4.2 V, 1500-1700 m А h

Overall dimensions

60×125×25mm

Weight of electronic unit

120g

Continuous working hours

more than 12 hours

Charging time

4 hours

warranty period

Instrument host -3 years

Sensors -2 years

Deliver components

Instrument host and sensors (quantity and model can be selected by customers)

charger

Coating thickness and substrate reference sample (based on the selected sensor)

Mini USB USB Type-A Computer Connection Cable

Operation Manual

Shockproof packaging box

Technical parameters of sensors

Magnetic induction and eddy current combined probe

FNF

Used to measure the thickness of coatings, powder layers, plastic layers, glazes, and other non-conductive coatings on conductive ferromagnetic and non-magnetic substrates.

Technical features:

Measurement range: 0-1500 μ m (1.5mm)

Measurement accuracy: ± (0.015T+1) μ m

Diameter of measurement area: 6mm

小基板直径：凸面/凹面 Φ4mm/Φ12mm

Size: Φ 21 × 90mm

Magnetic induction probe

For the measurement of coating thickness on ferromagnetic substrates, the K6-C F-series probe includes a calibration characteristic curve.

FO

Used for measuring electroplating layers (zinc, chromium, cadmium, etc.) and insulation layers (plastic, paint, etc.) on small-sized components (small curvature radius), as well as hard to reach areas on ferromagnetic materials.

Technical features:

Measurement range: 0-300 μ m (0.3mm)

Measurement accuracy: ± (0.02T+1) µ m

Diameter of measurement area: Φ 3mm

Small diameter of substrate: Φ 4.5mm (Φ 1mm)

Size: Φ 9 × 34mm

Note: Pen type probe; Fixed measurement system; The small diameter of the measurement area is not affected by the conductivity of the coating.

F0/90

Used for measuring electroplating layers (zinc, chromium, cadmium, etc.) and insulation layers (plastic, paint, etc.) on small-sized components (small curvature radius), as well as hard to reach areas on ferromagnetic materials.

Technical features:

Measurement range: 0-300 μ m (0.3mm)

Measurement accuracy: ± (0.02T+1) µ m

Diameter of measurement area: Φ 3mm

Small diameter of substrate: Φ 4.5mm (Φ 1mm)

Size: Φ 20 × 127mm

F1

Metal coatings are particularly suitable for measuring electroplating layers (zinc, chromium, cadmium, etc.) and insulation coatings (plastic, paint, etc.) on small-sized components made of ferromagnetic materials.

Technical features:

Measurement range: 0-500 μ m (0.5mm)

Measurement accuracy: ± (0.02T+1) µ m

Diameter of measurement area: Φ 4mm

Small diameter of substrate: Φ 4.5mm (Φ 1mm)

Size: Φ 9 × 65 mm

Note: Wear resistant probes equipped with spring measurement systems are used to control electroplating coatings and are not affected by coating conductivity.

F2

Used for measuring non-conductive coatings (coatings, powder coatings, anodized coatings, etc.) and conductive non-magnetic coatings (zinc, chromium, etc.) on ferromagnetic materials. The measurement range is up to 2 millimeters.

Technical features:

Measurement range: 0-2000 μ m (2mm)

Measurement accuracy: ± 0.02T µ m

Diameter of measurement area: Φ 6mm

Small diameter of substrate: Φ 9mm (Φ 1.5 mm)

Size: Φ 19 × 83 mm

Note: Probe equipped with spring measurement system. Use hard metal material as the probe front end to prevent probe wear.

F3

Used for measuring non-conductive coatings (coatings, powder coatings, anodized coatings, etc.) and conductive non-magnetic coatings (zinc, chromium, etc.) on ferromagnetic materials. The measurement range is up to 6 millimeters.

Technical features:

Measurement range: 0-6000 μ m (6mm)

Measurement accuracy: ± 0.02T μ m

Diameter of measurement area: Φ 8mm

Small diameter of substrate: Φ 10.5mm (Φ 2.5 mm)

Size: Φ 19 × 83 mm

Note: The probe with a spring measurement system is used for thick coating measurement.

F4

Measure the thickness of asphalt, plastic, metal foil, refractory materials, and other non ferromagnetic coatings (including specially designed coatings) on rough steel substrate surfaces.

Technical features:

Measurement range: 0-8mm

Measurement accuracy within the given range: 0-6 mm: ≤± (0.015T+0.01) mm; 6-8mm：≤±0.02T

Small substrate diameter: inner/outer diameter Φ 5mm/Φ 18.5mm

Diameter of measurement area: 12mm

Size: Φ 15 × 49mm

F5

Measure the thickness of asphalt, plastic, metal foil, refractory materials, and other non ferromagnetic coatings (including specially designed coatings) on rough steel substrate surfaces.

Technical features:

Measurement range: 0-10mm

Measurement accuracy within the given range: 0-8 mm: ≤± (0.015T+0.01) mm; 8-10mm：≤±0.02T

Small substrate diameter: inner/outer diameter Φ 7/Φ 57mm

Diameter of measurement area: 17mm

Size: Φ 23 × 58mm

Eddy current probe

For the measurement of coating thickness on non-magnetic substrates, the NF series probe of K6-C includes a calibration characteristic curve.

NFO

Used for measuring non-conductive coatings (coatings, powder coatings, anodized coatings, etc.) and conductive non-magnetic coatings (tin, zinc, etc.) on workpieces made of conductive non ferromagnetic materials. The measurement range is up to 0.5 millimeters.

Technical features:

Measurement range: 0-500 μ m (0.5mm)

Measurement accuracy: ± (0.02T+1) µ m

Diameter of measurement area: Φ 1.5mm

Size: Φ 6 × 35mm

Size: Φ 6 × 35mm

Note: The combination of the probe and spring measurement system ensures the high strength and rigidity of the probe through the use of modern materials.

NF1

Used for measuring non-conductive coatings (coatings, powder coatings, anodized coatings, etc.) and conductive non-magnetic coatings (tin, zinc, etc.) on workpieces made of conductive non ferromagnetic materials. The measurement range is up to 2 millimeters.

Technical features:

Measurement range: 0-2000 μ m (2mm)

Measurement accuracy: ± 0.02T µ m

Diameter of measurement area: Φ 4.7mm

Size: Φ 6 × 35mm

Note: The combination of the probe and spring measurement system ensures the high strength and rigidity of the probe through the use of modern materials.

NF2

Used for measuring thicker non-conductive coatings on metal substrates.

Technical features:

Measurement range: 0-15000 μ m (15mm)

Measurement accuracy: ± 0.02T µ m

Diameter of measurement area: Φ 20mm

Small diameter of substrate: Φ 12mm (Φ 5mm)

Size: Φ 15 × 85mm

NF3

Used for measuring thicker non-conductive coatings on metal substrates.

Technical features:

Measurement range: 0-30mm

Measurement accuracy: ± 0.02T µ m

Diameter of measurement area: Φ 40mm

Small diameter of substrate: Φ 45mm (Φ 15mm)

Size: Φ 23 × 88mm

NF4

Used for measuring thicker non-conductive coatings on metal substrates.

Technical features:

Measurement range: 0-70mm

Measurement accuracy: 0-40mm: ≤ (1% ± 0.1); 40-70mm: 2%

Diameter of measurement area: Φ 90mm

Small diameter of substrate: Φ 270mm (Φ 80mm)

Size: Φ 80 × 60mm

Note: The probe is combined with the spring measurement system. Capable of withstanding high temperatures and displaying stability in the on-site work environment.

Phase eddy current measurement probe

The pH series probe of K6-C includes a "coating/substrate" characteristic curve.

PH1

Used for measuring electrolytic nickel, zinc, and other electroplated coatings on steel substrates.

Technical features:

Measurement range: 0-120 μ m

Measurement accuracy: ≤± (0.03T+1) µ m

Diameter of measurement area: Φ 4.7mm

Small diameter of substrate: Φ 1mm

Size: Φ 12 × 40mm

Note: The electroplating coating under the insulation layer can be controlled.

PH3

Used for measuring electroplated coatings (zinc, chromium, nickel, copper, cadmium, etc.).

Technical characteristics: PH3-0.2 | | PH3-1.8

Measurement range: 0-120 μ m | | 40 μ m

Measurement accuracy: ≤± (0.03T+1) | | ≤± (0.03T+1) µ m

Diameter of measurement area: Φ 1 mm | | Φ 1mm

Small diameter of substrate: Φ 1 mm | | Φ 75mm

Size: Φ 6 × 50mm | | Φ 6 × 50mm

Note: The electroplating coating under the insulation layer can be controlled.

probe

F×P，NF×P

Used for measuring the interior of pipelines made of ferromagnetic (F × P) and non-magnetic (NF × P) materials.

Technical features:

Measurement range: 0-2 μ m

Measurement accuracy: ≤± (0.02T+0.001) μ m

Diameter of measurement area: Φ 4.7mm

Small diameter of pipeline: Φ 14mm

Note: The probe design has a manual operation mode. Openings on both sides of the pipeline. The use of wear-resistant probes depends on the diameter and length of the pipeline.

FR1

Used to measure the depth and position of reinforcing bars in concrete.

Technical features:

Measurement range: 0-70mm

Measurement accuracy: ≤± (0.05T+0.1) mm

Diameter of steel bars: Φ 3-40 mm

Concrete size: 100x30x50mm

Note: Applicable to a wide range of concrete thickness and steel bar diameter.

FR2

Used for measuring thicker (up to 120mm) protective coatings on ferromagnetic surfaces.

Technical features:

Measurement range: 1-120 mm

Measurement accuracy: ≤± (0.05T+0.1) mm

Size: 180x30x50mm

R

Used for measuring roughness before painting and after sandblasting.

Technical features:

Measurement range: 3-300 µ m

Measurement accuracy: ≤± 0.02 Rz

Size: Φ 12 × 45mm

THDC

Used to measure metal surface temperature, air temperature, relative air humidity, dew point temperature, and calculate the difference between metal surface temperature and dew point temperature (to check the working condition during the painting process of metal products).

Note: When the THDC probe is connected to the device, the display will show the data shown in the above figure.

THD

Used for measuring air temperature, humidity, and dew point during the painting process.