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Ultrasonic Thickness Gauge

Your Professional Ultrasonic Thickness Gauge Supplier

 

Chongqing Leeb lnstrument Co.Ltd, located at High-tech industrial Development Zone of Chongqing, China. We specialize in manufacturing, researching and sale of NDT and Precision Testing Instruments over twenty years, including various kinds of Hardness Tester, Microscope, Surface testing device, Ultrasonic equipment and online Automatic testing systems.

 

 
 

Why Choose Us

Certifications

We are a professional factory certified to ISO 9001 standards. Our products are tested using high-quality equipment and meet CE, FCC, and RoHS certification requirements.

Sales Market

In addition to meeting the needs of customers in mainland China, our products are also exported to advanced manufacturing countries such as Israel, the United States, Canada, Germany, France, Italy, Spain, and South Korea.

Our Services

We offer fast shipping with delivery in just 7 business days. All products come with a warranty of one to three years.We also provide free technical support and training.

 

Ultrasonic Thickness Gauge

 

 

The ultrasonic thickness gauge adopts the principle of ultrasonic measurement, and is suitable for measuring the thickness of various kinds of ultrasonic benign conductor materials. This instrument can measure the thickness of all kinds of materials and monitor the thinning degree of various pipes and pressure vessels in the production process. It can be widely used in petroleum, chemical, metallurgy, shipbuilding, aviation, aerospace and other fields.

 

Technical Specification
 

Model

Leeb 330

Leeb 331

Leeb 332

Measuring range (mm)

0.7~300

Resolution (mm)

0.1

0.01

Accuracy (mm)

±(1%H+0.1)

H refers to the thickness of testing piece

±(0.5%H+0.01)

H refers to the thickness of testing piece

Velocity range (m/s)

5920

1000~9999

Velocity measurement

√

Storage

N

1000 Groups

Shell

Metal

Operating temperature

-10°C~60°C

Dampness

20%~90%

Dimensions

130×70×25mm

Power supply

2 AAA alkaline batteries

Weight

420g

 

Standard Configuration
 

Name

Quantity

Name

Quantity

Main unit

1

Coupling agent

1

Standard probe (5P Ø10)

1

AAA alkaline battery

2

Users' Manual

1

Packing list

1

Qualified Certificate

1

Warranty card

1

 

Main Functions
 
Printer Ultrasonic Plate Thickness Tester

1. Suitable for measuring the thickness of metals (such as steel, cast iron, aluminum, copper, etc.), plastics, ceramics, glass, glass fiber and any other good conductors of ultrasonic waves.


2. Can be equipped with a variety of probes with different frequencies and different chip sizes.


3. Knowing the thickness can be used to measure the sound velocity to improve the measurement accuracy.


4. It has the function of prompting the coupling status.


5. It has an EL backlight display, which is convenient for use in dimly lit environments.


6. It has a remaining power indicator function, which can display the remaining battery power in real time.


7. It has energy-saving functions such as automatic sleep and automatic shutdown.


8. The sealed all-aluminum alloy metal housing is suitable for harsh operating environments and is resistant to vibration, shock and electromagnetic interference.


9. There are two shutdown modes: manual shutdown and automatic shutdown.


10. Powered by a lithium battery, it has a battery life of up to 200 hours (without backlight).

 

Select the sound velocity setting
 

Set by material

Select the sound velocity corresponding to the same material as the metal material to be tested for measurement. This method is suitable for statistics of the sound velocity of the known metal or metal material in the instrument.

 

Set by thickness

Select a sample of the same material as the metal to be tested with a known thickness, apply coupling agent on the surface of the sample, press the probe tightly on the surface of the sample, and then adjust the actual thickness of the sample by pressing the up and down keys. After saving the sound velocity, press the probe tightly on the surface of the sample. The thickness of the metal surface to be tested can be measured. This method is suitable for measuring the sound velocity of unknown materials.

 

Manual imput

For the sound velocity of known materials, you can directly input the sound velocity and save it, then directly measure the metal material to be tested to get an accurate value. This method is suitable for the sound velocity of the metal material to be tested is known or the sound velocity of the metal to be tested has been calculated in the way of setting the sound velocity with a known thickness.

 

How Does an Ultrasonic Thickness Gauge Work?
 

The principle behind ultrasonic thickness gauges is sound wave reflection. Here’s a simplified explanation:

Color Screen EE A Bcan Ultrasonic Thickness Gauge
 

Transducer

The gauge uses a transducer (probe with piezoelectric crystals) to emit ultrasonic sound waves into the material.

 

Sound Waves Travel

These sound waves pass through the material and reflect back when they hit the far side or an internal defect like corrosion.

Metal Shell Ultrasonic Thickness Teser for Pipeline
Portable Ultrasonic Thickness Measurement Gauge
 

Reflection

The reflected waves return to the transducer. The time it takes for the waves to return determines the thickness of the material.

 

Calculation

The gauge calculates the material’s thickness based on the time of flight and the velocity of sound in the material.

Digital Ultrasonic Pipe Wall Thickness Tester with Printer

 

There are various types of ultrasonic thickness gauges mentioned below

 
 
01
 

Pulse-echo ultrasonic thickness gauges

These gauges emit ultrasonic pulses into a material and then measure the time it takes for the echoes to return. They are typically used to measure thicker materials, such as metal or plastic.

 
02
 

Continuous-wave ultrasonic thickness gauges

These gauges emit a steady stream of ultrasonic waves into a material and then measure the time it takes for the echoes to return. They are typically used to measure thinner materials, such as glass or plastic.

 
03
 

Doppler ultrasonic thickness gauges

These gauges use ultrasound to measure changes in frequency (Doppler shifts) caused by the motion of the material as it passes by the transducer. The frequency shift is proportional to the moving material’s thickness.

Printer Ultrasonic Plate Thickness Tester

 

Commonly Tested Materials

 

Many Metals

1

>>

Nickel

2

>>

Aluminum

3

>>

Lead

4

>>

Many Ceramics

5

>>

Glass

6

Common Applications

Material Thickness

01

Coating Thickness

02

Lining Thickness

03

Wall Measurements

04

Corrosion Loss

05

 

Considerations for Correct Usage on Ultrasonic Thickness Gauge

To use the ultrasonic thickness gauge efficiently, you must satisfy certain criteria. Here are some of these criteria below.

Digital Ultrasonic Pipe Wall Thickness Tester with Printer
Ultrasonic Wall Thickness Measurement Machine
Color Screen EE A Bcan Ultrasonic Thickness Gauge
Portable Ultrasonic Thickness Measurement Gauge

Select the Correct Transducer: In selecting the right transducer to be deployed for testing, there are other factors still to be considered, and they include the type of material to be tested, the surrounding physical limitations in the environment, the temperature of the material, and other technical factors around the test object such as the uniformity of the surface or if there exists a bend.


Choose the right couplant: A couplant represents a fluid that guarantees that there’s no gap between the test instrument, which is the transducer, and the test material, which is the object being measured. A little quantity should be administered on the surface before you can accurately calculate. Consequently, failure to verify a sufficient seal will translate to irregular results.


Make Calibration: This is necessary when implementing piping or tubing tests, as the diameter of the pipe ascertains what kind of testing technique is to be applied. For example, the testing could require either perpendicular or parallel testing. Bigger diameters with ten centimeters and above require the measurement with the transducer perpendicular to the lengthy axis. It would be best to take a perpendicular measurement and an additional parallel one for smaller diameters. But the lower measurement is the recorded measurement.


Prepare the Surface: When the surface of the tested object is uneven or rough, the reliability of the results is shortened. Therefore, it is advisable to clear any scale, rust, or debris found on the surface of the test material either with sanders, grinders, or a wire brush.


Take care of Temperature Fluctuations: It is a fact that sound waves are slower on hot material. Therefore, it is also advisable to utilize transducers suitable for such temperatures to have an accurate result and avoid expansion on the test object’s surface. It must also be kept on the surface only for the time required to perform the test.

 

 

Certifications

 

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FAQ

 

Q: How can I get more information about your product?

A: You can send us an email or ask our online representatives and we can send you the latest catalog and price list.

Q: Do you accept OEM or ODM?

A: Yes,But we have quantity requirements.please contact us directly.

Q: What is the payment way of your company?

A: T/T,sight L/C,Paypal,Western Union

Q: What is the shipping way?

A: By sea,air,Fedex,DHL,UPS,TNT etc.

As one of the most professional ultrasonic thickness gauge manufacturers and suppliers in China, we're featured by quality products and good price. Please rest assured to buy discount ultrasonic thickness gauge in stock here from our factory. Contact us for customized service.