IMCE IMCE provides a non-destructive material characterization tool to research more than 15 different material properties. BE 0455.265.441

It is used by several, worldwide companies and universities.

Start of day 1 at ceramitec 2026! 🚀The   is prepped and ready at Hall A5 booth 213I so you can experience the benefits f...
24/03/2026

Start of day 1 at ceramitec 2026! 🚀

The is prepped and ready at Hall A5 booth 213I so you can experience the benefits from the RFDA method firsthand!

With RFDA, you can characterize elastic properties from -80°C to 1700°C to study phase transformations, investigate microstructural changes, determine brittle-to-ductile transition temperatures and many more.

IMCE Experts Bart Bollen & Nicky Slootmans are ready to explain how the RFDA-method can:

⏬ minimize sample dimensions. Samples as small as 30 x 3 x 1 mm are all that's needed.
⏫ increase testing volume. Fast testing equals more data, more quickly.
📈 provide continuous in-situ characterization during temperature cycles. Gain insights throughout heating and cooling processes.

⚗ Don't miss our exclusive offer: stop by for a free demo measurement!
Experience RFDA with room temperature measurements on up to 5 samples, or 1 sample at high temperatures (up to 1600°C).

See you at Ceramitec 2026!

Only 2 weeks left before the start of ceramitec 2026!Are you facing challenges with traditional materials testing, like ...
10/03/2026

Only 2 weeks left before the start of ceramitec 2026!

Are you facing challenges with traditional materials testing, like limited material to produce the required sample sizes, long lead times or limited data? Discover how our innovative method can revolutionize your materials characterization process.

Visit Nicky Slootmans on March 24 to 26 at Hall A5 booth 213I to learn how the RFDA method can:

⏬ minimize sample dimensions. Samples as small as 30 x 3 x 1 mm are all that's needed.
⏫ increase testing volume. Fast testing equals more data, more quickly.
📈 provide continuous in-situ characterization during temperature cycles. Gain insights throughout heating and cooling processes.

With RFDA, you can characterize elastic properties from -80°C to 1700°C to study phase transformations, investigate microstructural changes, determine brittle-to-ductile transition temperatures and many more.

⚗ Don't miss our exclusive offer: stop by for a free demo measurement!
Experience RFDA with room temperature measurements on up to 5 samples, or one sample at high temperatures (up to 1600°C).

Not registered yet?
Visit our website to learn more and register: imce.eu/ceramitec-2026/

See you at Ceramitec 2026!

Pleased to announce our participation at ceramitec 2026, Munich, Germany!Are you struggling to produce samples suitable ...
25/02/2026

Pleased to announce our participation at ceramitec 2026, Munich, Germany!

Are you struggling to produce samples suitable for bending tests or is material access limited? Are the lead times of these testing methods too high?

The method might be the answer to increase your materials characterization capabilities with a fast, simple and yet very accurate testing method.

Discover how the innovative RFDA method can offer you In-Situ materials characterization possibilities.

Discuss your materials testing requirements from March 24 to 26 at Hall A5, booth 213I with one of our experts and see how you can:

⏬ minimize your sample dimensions. Ceramic sample sizes start from as small as 30 x 3 x 1 (L x W x T in mm).

⏫ increase your testing volume: a minimal sample preparation and fast testing method allows you to increase your testing capabilities and gather more data than ever before.

📈 get continuous in-situ characterization during temperature cycles. Perform the non-destructive RFDA tests periodically during a temperature cycle (Heating and Cooling).

This results in continuous curves of frequency, Damping, Young’s modulus and/or Shear modulus & Poisson’s ratio which elevates your research by gaining deeper insights in your material's behavior at high temperatures.

Measuring of elastic properties (E, G and v) continuous from -80°C to max. 1700°C allows you to:
1️⃣ study phase transformations
2️⃣ investigate microstructural changes
3️⃣ determine brittle-to-ductile transition temperatures

🔬 Don't miss out on our exclusive offer: visit our booth for a free demo measurement!

Experience the benefits of the RFDA with a room temperature measurement on up to 5 samples, or one sample at high temperature (max. 1600°C).

Visit our website (https://imce.eu/ceramitec-2026/) for more information and the possibility to register.

See you at Ceramitec 2026!

🎄 Season’s greetings from IMCE! ✨As the year comes to a close, we’d like to thank you for the trust, collaboration and s...
24/12/2025

🎄 Season’s greetings from IMCE! ✨

As the year comes to a close, we’d like to thank you for the trust, collaboration and shared moments that made 2025 meaningful.

May the holiday season bring you warmth, rest and positive energy, and may the new year resonate with connection, progress and inspiring projects.

See you in 2026! 🎉

Start of day 1️⃣ at The International Colloquium on Refractories 2025!The   is prepped and ready at booth 17 so you can ...
17/09/2025

Start of day 1️⃣ at The International Colloquium on Refractories 2025!

The is prepped and ready at booth 17 so you can experience the benefits from the RFDA method firsthand! 🚀

With RFDA, you can characterize elastic properties from -80°C to 1700°C to study phase transformations, investigate microstructural changes, determine brittle-to-ductile transition temperatures and many more.

IMCE Experts Bart Bollen & Nicky Slootmans are ready to explain how the RFDA-method can:

📉 Minimize sample dimensions: samples as small as 120 x 25 x 25 mm are all that's needed.
📈 Increase testing volume: fast testing equals more data, more quickly.
🧪 Provide continuous in-situ characterization during temperature cycles: gain insights throughout heating and cooling processes.

⚗ Don't miss our exclusive offer: stop by for a free demo measurement!
Experience RFDA with room temperature measurements on up to 5 samples, or 1 sample at high temperatures (up to 1600°C).

See you at The International Colloquium on Refractories 2025! 👋🏻

Only 2 weeks left before the start of The International Colloquium on Refractories 2025! 🎉 Are you facing challenges wit...
02/09/2025

Only 2 weeks left before the start of The International Colloquium on Refractories 2025! 🎉

Are you facing challenges with traditional materials testing, like limited material to produce the required sample sizes, long lead times or limited data?

Discover how our innovative method can revolutionize your materials characterization process.

Visit Bart Bollen & Nicky Slootmans on September 17 & 18 at booth 17 to learn how the RFDA method can:
📉 minimize sample dimensions: Samples as small as 120 x 25 x 25 mm are all that's needed.
📈 increase testing volume: Fast testing equals more data, more quickly.
🧪 provide continuous in-situ characterisation during temperature cycles: Gain insights throughout heating and cooling processes.

With RFDA, you can characterise elastic properties from -80°C to 1700°C to study phase transformations, investigate microstructural changes, determine brittle-to-ductile transition temperatures and many more.

⚗ Don't miss our exclusive offer: stop by for a free demo measurement!
Experience RFDA with room temperature measurements on up to 5 samples, or one sample at high temperatures (up to 1600°C).

Not registered yet?
Visit our website to learn more and register: imce.eu/icr-2025/

See you at The International Colloquium on Refractories 2025!

Day 1 at the XIXth Conference of the EUROPEAN CERAMIC SOCIETY!We're all set at Booth 9 and the   is up and running! Don’...
01/09/2025

Day 1 at the XIXth Conference of the EUROPEAN CERAMIC SOCIETY!

We're all set at Booth 9 and the is up and running!
Don’t miss your chance to experience the RFDA method live and in action.

With RFDA, you can accurately characterize elastic properties (E, G, ν) from -80°C to 1700°C, enabling you to:

🧪 study phase transformations
🧪 investigate microstructural changes
🧪 determine brittle-to-ductile transition temperatures
🧪 ... and much more

IMCE experts Bart Bollen and Hendrik Motmans are ready to show you how RFDA can:

📉 minimize sample size: just 30 x 10 x 1,5 mm needed
📈 boost testing volume: fast, simple prep means more data in less time
⚗ enable in-situ thermal cycle testing: gain real-time insights during heating and cooling

Exclusive for ECerS 2025 attendees:
stop by for a free demo measurement, choose up to 5 room temp samples or 1 high-temp sample (up to 1600°C).

📍 Come visit us at Booth 9 and see what the RFDA can do for your research.

See you at !

Only 2 weeks to go until the XIXth Conference of the  European Ceramics Society!Are traditional materials testing method...
19/08/2025

Only 2 weeks to go until the XIXth Conference of the European Ceramics Society!

Are traditional materials testing methods slowing you down?
Limited material availability, long lead times and insufficient data can hold back your research.

Discover how our method can streamline and elevate your materials characterization process.

📍 Meet Bart Bollen
🗓 August 31 – September 4
📌 Booth 9

Learn how RFDA can help you:
📉 minimize sample size: only 30 x 10 x 1,5 mm required
📈 maximize data output: fast, efficient testing boosts volume
🧪 characterize in-situ during thermal cycles: gain continuous insights across heating and cooling

With RFDA, you can measure elastic properties (E, G, ν) continuously from -80°C to 1700°C, enabling you to:
✔ study phase transformations
✔ investigate microstructural changes
✔ identify brittle-to-ductile transition temperatures
✔ ...and more

Stop by our booth and get a free demo measurement:
✔ up to 5 room temperature samples, or
✔ 1 high-temperature sample (up to 1600°C)

Not registered yet?
Visit our website to learn more and sign up: imce.eu/ecers-2025/

We look forward to seeing you at ECerS 2025!

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