Used ANTON PAAR DMA 48 #9187048 for sale

ANTON PAAR DMA 48 is a state-of-the-art, cost-efficient dynamic mechanical analyzer developed to accurately measure the mechanical properties of materials. DMA 48 offers reliable data with minimized sample preparation and fast heat cycles as well as stepwise frequency scans to characterize the viscoelastic behavior of polymers-based materials and products, as well as other viscoelastic materials such as glass. ANTON PAAR DMA 48 is equipped with a reliable strain gage transducer drive mechanism and a temperature control system, which ensures fast, repeatable and accurate measurements. DMA 48 can test a wide variety of samples, from thin films such as plastic films to composite materials, elastomers, and glass fibers. Its fast frequency control is suitable for characterization of the complex properties of viscoelastic samples. ANTON PAAR DMA 48 is capable of simultaneously measuring both storage and loss modulus on the same sample in one measurement. And, with variable strain amplitude, DMA 48 is able to characterize a wide variety of materials, with the highest accuracy and repeatability. ANTON PAAR DMA 48 can accurately measure the properties of materials in temperature ranges from -80°C to 600°C, allowing it to characterize a variety of polymer-based materials or glass. In addition, DMA 48's control and data collection is handled by its onboard computer. This program can calculate the material's modulus or tan delta profiles from the acquired data with simple mouse clicks. The software also offers advanced capabilities such as multi-temperature and non-isothermal measurements, multi-mode measurements, frequency range scales, and much more. Overall, ANTON PAAR DMA 48 is a versatile, cost-effective, and reliable dynamic mechanical analyzer. With its industry-leading accuracy, repeatability, and wide temperature range, DMA 48 is the perfect choice for measuring the viscoelastic properties of a variety of materials. ANTON PAAR DMA 48 also offers a wide variety of control features to aid in the reliable measurement of materials' characteristics.