Non Contact No couplant EMAT ultrasonic thickness gauge

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Non Contact No couplant EMAT ultrasonic thickness gauge

ultrasonic thickness gauge

July 12, 2022

Category Connection: Ultrasoon diktemeter

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Tags:

#Via coating laagdiktemeter #draagbare ultrasone laagdiktemeter #digitale ultrasone laagdiktemeter

Brief: Discover the High Temperature Electromagnetic Non Contact Thickness Gauge Meter, a no-coupling agent solution for precise thickness measurements. Ideal for various conductor materials, this portable device offers high accuracy without surface preparation. Perfect for industrial applications with temperatures up to 800°C.

Related Product Features:

Pocket pen type design with no coupling agent required for non-contact thickness measurement.
Compact and lightweight for easy portability and hand-held operation.
Accurate measurements through coatings without grinding the workpiece surface.
Multi-material sound velocity pre-storage with dynamic addition and deletion capabilities.
Temperature compensation function enhances measurement accuracy.
Allows corrosion layers with a maximum lift-off distance of 3mm.
Suitable for high-temperature environments up to 800°C (customizable for higher temperatures).
Versatile application on materials like titanium, aluminum, copper, stainless steel, and more.

Vraagstukken:

What materials can the High Temperature Electromagnetic Thickness Gauge measure?

It can measure various conductor materials including titanium, aluminum, copper, stainless steel, alloy steel, carbon steel, and cast steel.
Does this thickness gauge require a coupling agent?

No, this gauge operates without any coupling agent, making it a non-contact solution for thickness measurement.
What is the temperature range for this thickness gauge?

The gauge can operate in temperatures ranging from -150°C to 800°C, with options for customization for higher temperatures.
How accurate is the thickness measurement?

For thicknesses ≤10mm, the error is ±0.05mm. For thicknesses >10mm, the error is ±(0.01 + H/200)mm, where H is the workpiece thickness.