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Thermomechanical Analysis

Thermomechanical Analysis (TMA) 

TMA: Determine thermal properties of materials using minimal force at different temperatures.

Thermomechanical Analysis (TMA) is a branch of material science that deals with the changing temperature of the material. It provides valuable information on the properties of materials using thermal analysis techniques. it also includes information on solids and other materials to detect glass transition temperature of highly cross-linked materials and more.

TMA Testing

It detects the changes in the properties and structure of the material by using the linear coefficient of thermal expansion. The technique is used for several applications such as material classification, investigation chemistry, and research and development. It has effects such as solid-solid transitions, crystallization, softening, etc. it indicates glass transition temperature and changes in melting temperature and crystalline phases. It also provides important information regarding the composition.

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How Is It Done?

A sample of polymeric material is heated on a platform made from quartz. A rod is used to apply pressure, and when the sample gets warm, material expansion occurs. Then the rod changes position.

One needs expertise in carrying out the process without any mistakes. If you are looking for a team of professionals, then you can reach out to the NISHKA research company. The platform is comprising of a group of competent researchers working with perfection. Our trained and well-versed polymer experts are experienced in a wide variety of applications. In these years of work, they have been leveraging the expertise and helping individuals achieve success.

Our deliverables at NISHKA are highly quality data, certifications, and test reports. You can rely on us on all parameters- materials, components, and results.

There are several standardized tests:

  • ASTM E831
  • ASTM E1545
  • ASTM E2092
  • ISO 11359
Mechanical Testing
It measures the materials’ mechanical properties with the help of test specimens and fixture geometries. A range of probe types is used in mechanical testing for TMA. The minimum disturbance is considered to effectively carry out testing. But for some materials, work can be done with zero disturbance. The names of such parameters are density, mass, volume, and many more. The combined material and measuring device are often reflected in the measurement. The external stimulus in thermomechanical analysis can be either stress or strain. The technique where stress is applied is known as thermomechanometry.
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Zero Force Thermomechanometry

When a material is exposed to a change in temperature, the technique that is used to measure the response is known as Zero Force TM. Activation of atomic or molecular phonons is the reason for the fundamental change in the material.

Nishka research company is a leader that provides technical and research support. You can rely on the company and get the best results under one roof. It measures all the coefficients and carries out the glass transition. Our effectiveness in working on the samples is our strength. Engage with our experts without any hesitation in mind. Our affordable services make way for individuals and businesses quickly. The experience and our availability for all kinds of work make us stand out from the rest. Call us today.

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