Metravib
METRAVIB provides laboratories and the industrial sector with instruments for the characterization of the mechanical properties of materials using dynamic mechanical analysis (DMA). With its strong capacity for innovation and its renowned expertise in structural analysis, vibration measurements and physics of materials, METRAVIB has developed a unique range of dynamic mechanical analyzers.
- +33 4 72 52 48 00
- info@acoemgroup.com
- 200 Allée des Ormeaux,
Limonest, Rhône 69578
France
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product
Very High Frequencies Analyzer
VHF104
VHF104 is an innovative Dynamic Mechanical Analyzer that applies a direct experimental method to measure the material viscoelastic properties over a very high frequency range from 100Hz up to 10kHz.
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Customized Solutions
Supplies research laboratories and industrial testing laboratories with innovative Dynamic Mechanical Analysis instruments.
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Desktop DMA
Desktop Series
DMA25 and DMA50 are “desktop” Dynamic Mechanical Analyzers offering a high force range and outstanding flexibility. From glass transition determination to immersed tests, they make powerful and very cost-effective thermomechanical testing platforms.
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Automated System for DMA+ Series
Xpander
METRAVIB Xpander is a unique cost-effective solution to address the increasing throughput requirement of testing laboratories. Xpander is an automated specimen handling system dedicated to the DMA+ series Dynamic Mechanical Analyzers.
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High Force DMA
DMA+ Series
*The new DMA+ series instruments are dynamic testing machines based on a innovative concept of one-piece high rigidity test frame.*They are dedicated to the accurate analysis of the viscoelastic properties of most advanced materials.
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Fatigue Heat Build-Up Testing Module
Temperature increase in rubber is the principal cause of degradation and can lead to fatigue cracking.
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Fatigue Test Machines
The new DMA+ series instruments are dynamic testing machines based on a brand new concept and dedicated to analysis of viscoelastic properties (DMA) and to fatigue tests of advanced materials and industrial components, as well as to the follow up of crack growth.
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Fatigue Crack Growth Testing Module
Resistance to fatigue, ageing and crack growth are major issues for rubber like materials. Current commercial methods for crack growth testing have been restricted to time to failure test.