BRK NDT Instrument

Directions Website

BRK NDT Instrument One-stop non-destructive testing equipment and solution provider with 13 years of experience.

Specializing in Flaw Detectors, Industrial Borescopes, Roughness Testers, Thickness Gauges, Hardness Testers, etc.

16/10/2026

From Brazil to Guangzhou—a warm welcome to BRKNDT! 🇧🇷🤝🇨🇳

We were delighted to welcome our Brazilian customers to our factory during the Canton Fair season. Thank you for making time in your China itinerary to visit our team!

Meeting face to face is a valuable opportunity to get to know the people behind the equipment and build a closer connection.

At BRKNDT, we provide nondestructive testing (NDT) equipment and inspection solutions to support industrial quality control. We look forward to staying connected and exploring future opportunities together.

📍 Visiting Guangzhou for the Canton Fair? Message us to arrange a factory visit.

🌐 www.brkndt.com

14/10/2026

ASNT 2026 is happening now! 🇺🇸
BRKNDT is exhibiting together with Sper Scientific at Booth #842 during ASNT 2026 in Columbus, Ohio.
Our team is on site showcasing our nondestructive testing solutions, including:
🔹 Ultrasonic Testing & Thickness Measurement
🔹 Eddy Current Testing
🔹 Magnetic Particle Testing Solutions
🔹 Industrial Inspection Instruments
🔹 Hardness Testing Solutions
From weld inspection and corrosion monitoring to material testing and quality control, we’re here to discuss real-world inspection challenges and share practical NDT solutions.
Only one day left — if you’re attending ASNT 2026, come visit us at:
📍 Booth #842
📍 Greater Columbus Convention Center
📅 October 12–15, 2026
We look forward to meeting you in Columbus!

10/10/2026

Can you tell a plastic fitting’s wall thickness just by looking at it? 🔍

In this video, we use an ultrasonic flaw detector to measure a PPR male-threaded socket fusion adapter—looking beyond its exterior to obtain thickness information.

After setting the material sound velocity and calibrating the probe, we measure three different locations and record stable readings. Comparing these readings helps us understand how thickness varies across the sample.

How does it work? Ultrasonic waves travel through the material and reflect from an interface. The instrument uses the echo travel time and material sound velocity to calculate thickness.

Unusual echoes require further interpretation based on the fitting’s geometry and applicable inspection standards.

Working with plastic pipes or fittings? Message us with your material, dimensions and inspection requirements.

Explore BRKNDT ultrasonic testing solutions:
https://www.brkndt.com/

30/09/2026

A surface can look smooth—but what does the measurement show? 🔍

Watch the BRKNDT BC-300S portable surface roughness tester in action, from a reference specimen check and measurement settings to stylus measurement and readings at different surface locations.

Surface roughness measurement involves more than pressing START:
✅ Clean the measurement area.
✅ Keep the instrument and workpiece stable.
✅ Select the required parameter, such as Ra or Rz.
✅ Set the appropriate sampling length, evaluation length and filter.
✅ Check the measuring direction relative to the surface lay.

A reading is most useful when you know how—and where—it was measured.

Need to measure a flat surface, shaft, bore or groove? Send us your workpiece dimensions and roughness requirements. We can help assess a suitable sensor and setup.

🌐 https://www.brkndt.com/

Columbus, we’re coming! Meet BRKNDT and Sper Scientific at ASNT 2026.Our sales and technical teams are heading to the Un...
29/09/2026

Columbus, we’re coming! Meet BRKNDT and Sper Scientific at ASNT 2026.

Our sales and technical teams are heading to the United States this October for our first joint U.S. exhibition with Sper Scientific—and we’d love to meet you!

Working on corrosion monitoring, weld inspection, coating thickness measurement, or manufacturing quality control? Stop by Booth #842 to discuss your inspection challenges and explore our range of NDT and materials testing instruments:

🔹 Ultrasonic and coating thickness gauges
🔹 Ultrasonic and eddy current flaw detectors
🔹 Magnetic particle testing equipment
🔹 Industrial endoscopes
🔹 Hardness testers

📅 October 12–15, 2026
📍 Greater Columbus Convention Center
Columbus, Ohio, USA
📌 Booth #842

Tell us what you inspect, the material you work with, and what you need to measure or detect. Let’s discuss equipment and probe options for your application.

💬 Planning to attend? Send us a message to arrange a meeting.

28/09/2026

How do you use an EMAT thickness gauge?
Here’s a quick look at the EMT-300 Electromagnetic Ultrasonic Thickness Gauge in action.
From sound velocity and measurement channel selection to calibration, A-Scan settings and temperature compensation, the EMT-300 is designed for flexible metal thickness inspection.
✔ No couplant required
✔ Measurement range: 0.75–1300 mm
✔ A-Scan waveform display
✔ Multiple measurement channels
✔ High-temperature measurement available with optional probe
✔ Mobile APP for synchronized data display
Suitable for pipelines, plates, bars and other metal components.
📩 Contact BRKNDT for your EMAT thickness measurement solution.

19/09/2026

Measure metal thickness without couplant? Yes—with EMAT.

The EMT-100 Electromagnetic Ultrasonic Thickness Gauge is designed for fast, convenient wall thickness measurement of conductive metal components.

Unlike conventional ultrasonic thickness measurement, EMAT technology generates ultrasonic waves directly inside the material through electromagnetic coupling—so no liquid couplant is required.

In this video, we walk through the key operating functions of the EMT-100:

✔ Sound velocity setting from 400–9999 m/s
✔ E-E / I-E measurement mode selection
✔ Averaging level adjustment
✔ Calibration value setup
✔ Real-time A-Scan waveform display
✔ Gate and display range adjustment
✔ Preset material selection
✔ Temperature compensation settings
✔ Mobile APP connection for synchronized waveform and thickness display

The EMT-100 is suitable for metals including carbon steel, stainless steel, aluminum, copper, cast steel, alloy steel and titanium alloys, with an effective measuring range of 1–280 mm.

No couplant. Less surface preparation. More flexibility for field thickness inspection.

For high-temperature applications, optional high-temperature probes are also available for short-time thickness measurement on hot components.

📩 Need help selecting the right EMAT probe for your pipe, plate or equipment? Contact us with your material, thickness range and operating temperature.

-Scan

17/09/2026

A ceramic surface can look perfectly intact — but what about the material inside?

From everyday ceramic products to advanced industrial ceramics, internal material integrity can play an important role in product quality and reliability.

Ultrasonic testing provides a non-destructive way to investigate internal conditions without cutting or damaging the component.

Depending on the ceramic material, geometry, thickness, and inspection requirement, the appropriate probe, coupling method, and test parameters are selected. Ultrasound is introduced into the component, and changes in echo response can help identify internal interfaces or discontinuities for further evaluation.

For suitable ceramic materials and components, ultrasonic testing can support:

✔ Manufacturing quality control
✔ Internal discontinuity inspection
✔ Material integrity assessment
✔ Reliability evaluation
✔ Non-destructive inspection without damaging the part

Not every ceramic component is equally suitable for ultrasonic inspection, which is why probe selection and parameter setup matter.

BRKNDT — focused on nondestructive testing technology and inspection solutions.

Address

4th Floor, Building 11, Weifa Science And Technology Park, Panyu District
Guangzhou
51400

Website

Alerts

Be the first to know and let us send you an email when BRK NDT Instrument posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Shortcuts

Share

Category