Nickel plating thickness gauge

　　Nickel plating thickness gaugeIt is based on the principle of ultrasonic pulse reflection for thickness measurement. The thickness measurement of steel pipe thickness gauge is achieved by the probe generating ultrasonic pulses that pass through the coupling agent and reach the measured object. A part of the ultrasonic signal is reflected by the bottom surface of the object, and the probe receives the echo reflected by the bottom surface of the measured object. The round-trip time of the ultrasonic wave is accurately calculated, and the thickness value is calculated according to the following formula, and then the calculation result is displayed. Any material that can propagate ultrasonic waves at a constant speed inside can be measured using this principle.

　　Nickel plating thickness gaugeProduct advantages:

1. The combination of pulse induction, eddy current, and phase digital methods is used to receive the main information.

2. Multiple models of new generation multi-purpose wear-resistant sensors, with built-in algorithms to prevent the impact of trace wear on measurement accuracy.

3. Multiple measurement modes, with numerous functions and statistical capabilities.

4. A large keyboard, a 2.4-inch color TFT display screen, and a user-friendly interface are provided for customers.

5. Anti vibration shell with rubber corners, wear-resistant glass screen, designed ergonomically.

6. The measurement results are not affected by temperature changes and time drift.

7. Built in rechargeable lithium battery.

The purpose of steel pipe thickness gauge:

1. Manufacturing and stamping metal components, such as those made of aluminum, steel, copper, and bronze;

2. Machining workpieces;

3. Chemical etching components;

4. Metal strips, metal plates;

5. Glass, plastic, and composite materials;

6. Pipelines, pressure vessels, gas cylinders, storage tanks, chemical treatment containers;

7. Material handling systems, pumps;

8. Bridges, hulls, cranes, shipbuilding equipment, and steel structure engineering.