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Non-destructive measurements of sample resonant frequencies to allow for the determination of Youngs Modulus. Furnace allows testing at temperature up to 1400C.
- Partner:UK Atomic Energy Authority
- Availability:Available
Or call us now on 0161 275 8382
Detailed Description
- Non-destructive measurements of elastic properties of materials
- Extremely rapid and simple: just a light tap is needed and the result is displayed within a fraction of a second
- Measurements of E- and G-modulus and Poisson’s ratio
- An alternative to destructive testing as excellent correlations exist between breaking load and natural frequency
- Production process monitoring for launch and QA-QC
- Widest range of materials: ceramic, wood, composites, brick, concrete etc.
- Widest range of sizes from less then 100mg to 100ton
- Suitable for industrial and laboratory use
Options
- Frequency analysis
- FFT calculation for detections of multiple vibrations modes
- Selection of zones of interest by waveband filtering
- Oscilloscope function for time domain analysis
- Graphic visualisation of frequency domain
Uses/Applications
Analysis of:
- Abrasives and grinding
- Building materials
- Geology
- Ceramics
- Friction materials
- Composite and plastics
- Metals and alloys
- Cement and concrete
- Refractories
- Wood and timber
Furnace available for testing at temperatures up to 1400C
Technical information
- Grindosonic Mk7
- Frequency range 20 Hz – 100 KHz
- Reference accuracy better than 0.005%
- Resolution up to 1/1.000.000
- Vibration detector
- Acoustic detector
- Supply 100 – 240 VAC
- Furnace maximum temperature 1400C