A rubber Thickness Gauge is a device used to measure the thickness of rubber materials. Here are some key points and considerations when choosing a rubber Thickness Gauge:
1. Measuring range: When choosing a rubber Thickness Gauge, the instrument should be selected according to the thickness range of the rubber material to be measured. Generally, the measurement range of the instrument should be able to meet the application requirements, and at the same time, do not over-purchase a measurement range higher than the requirement, so as to avoid unnecessary cost waste.
2. Measurement accuracy: Accuracy is an important indicator to measure the performance of rubber Thickness Gauge. When choosing a rubber Thickness Gauge, you should choose an instrument with sufficient precision to ensure the reliability and accuracy of the measurement results.
3. Use environment: Rubber Thickness Gauges are usually used in different environments, such as in the laboratory, workshop, field or outdoors. Therefore, when choosing a rubber Thickness Gauge, the use environment should be considered to choose a suitable model.
4. Measurement principle: The measurement principle of rubber Thickness Gauge is usually divided into two types: ultrasonic and mechanical measurement. When selecting an instrument, the appropriate measurement principle should be selected according to the application requirements.
5. Instrument type: Rubber Thickness Gauges are divided into different types, including handheld and desktop. Selecting the appropriate instrument type should be based on the measurement object and application requirements.
Precautions
1. When using the rubber Thickness Gauge, the instruction manual should be followed, and calibration and maintenance should be carried out according to the requirements.
2. Before measuring, the measuring surface should be cleaned to ensure the measurement accuracy.
3. When using the rubber Thickness Gauge in different environments, you should pay attention to the influence of temperature and humidity on the measurement, and make corrections.
4. When using an ultrasonic rubber Thickness Gauge, attention should be paid to the influence of sound velocity and transverse and longitudinal waves on the measurement, and corrections should be made.
5. For different types of rubber Thickness Gauges, appropriate calibration standards should be selected and calibrated as needed.
