The PerkinElmer TMA 4000 is a uniquely designed thermomechanical analyzer (TMA) designed for optimal performance in measuring the coefficient of thermal expansion (CTE) in materials.
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The PerkinElmer TMA 4000 is a uniquely designed thermomechanical analyzer (TMA) designed for optimal performance in measuring the coefficient of thermal expansion (CTE) in materials. This rugged and easy-to-use design uses both electronics and a unique Archimedean float system to control the probe, allowing accurate determination of CTE and of transitions. In these times of budgetary constraints and changes in material requirements driven by regulations like RoHS, understanding how a material changes with temperature is more important than ever. Test methods for TMA are now required for many industries and the TMA 4000 gives you a tool designed to collect this data. Data can be collected from samples in many forms with the TMA 4000's range of probes including expansion, compression, flexure, extension, and volumetric (dilatometry).
|Maximum Temperature||800 °C|
|Minimum Temperature||-80 °C|
|Technology Type||Thermal Analysis|
TMA 4000, the simple, easy-to-use, rugged hermomechanical analysis system that’s ideal for measuring expansion of small components and low expansion rates – circuit boards, component materials, and so much more. And in these times of budgetary constraints and increasing regulatory requirements –RoHS, ASTM, and ISO included – it’s the cost-effective TMA that makes everyone in your lab an expert.
PerkinElmer has been helping Renault F1 Team's Enstone Technical Center with their analytical needs for nearly 30 years. PerkinElmer began by outfitting the team’s testing lab with the analytical instrumentation needed to conduct materials testing. Today, a dedicated PerkinElmer scientific laboratory operates within the team’s Enstone facility where the latest thermal analysis, infrared spectroscopy, and imaging technologies are being utilized for proactive monitoring, issue prevention, and performance enhancement of the team’s single seater. This case study shows you how we offer analytical expertise in helping Renault F1 Team master the thermal stability challenge.