Overview In this tech tip, we demonstrate how to get reliable Tribo-Rheometry data from point to point contact measurements using the Ball on 3 Balls Geometry on the Discovery HR. This geometry is ideal for studying the effect of friction and long-term wear on materials ranging from automotive components and greases, lubrication in prosthetic devices,…
Overview In this tech tip, we demonstrate how to get reliable Tribo-Rheometry data from point to point contact measurements using the Ball on 3 Balls Geometry on the Discovery HR. This geometry is ideal for studying the effect of friction and long-term wear on materials ranging from automotive components and greases, lubrication in prosthetic devices,…
Overview Accurately measuring the coefficient of friction has never been easier. The TA Instruments Discovery Hybrid Rheometer offers four different tribo-rheometry accessories. This one, the ball on 3 plates geometry, is designed to measure friction between solid surfaces with low viscosity media between them. Rheometer users in the cosmetics, personal care, food, and electronics industries…
Overview Interested in measuring surface friction? TA Instruments Discovery Hybrid Rheometer offers four different tribo-rheometry accessories. This one, the ring-on-plate geometry, offers a surface to surface contact to measure surface friction. Rheometer users in the cosmetics, personal care, food, and electronics industries commonly use surface friction measurements to optimize their products. Watch this tech tip…
Overview Whether you’re new to Dynamic Mechanical Analysis or simply want to explore new accessories and testing procedures, our help guides are a valuable resource. These guides come pre-installed on your DMA 850 to help you get started. Discover tips on using different geometries, training new users, setting up experiments, analyzing data, and more. Find…
Overview 3-D printing and additive manufacturing are growing segments due to the extreme versatility of the printable materials. The application of such technologies are numerous (rapid prototyping, complex shapes…) and require different materials with different properties. Thermal analysis can be a valuable tool to evaluate the way a material keeps its internal structure during…
Overview Whether you’re training a new rheometer user or want to explore a different test procedure on your instrument, our help resources are here for you. Valuable rheology guides come with your instrument and are just a click away in TRIOS. Learn more about your instrument and experimental data analysis or explore additional accessories and…
Overview Trends in tire development and manufacturing have shifted to high performance rubbers that not only offer better durability but higher performance and lower fuel consumption. Silica, as a filler material, is now replacing conventionally used carbon black due to its unique set of properties. This webinar will illustrate how High Force Dynamic Mechanical Analysis…
Overview Inhomogeneous, thick, or pliable sample? No problem – our laser flash instruments are able to measure the thermal diffusivity of nearly any material over a wide range of temperatures with non-destructive testing. In this tech tip, we review how to set up a conductivity experiment on the Discovery Xenon or Laser Flash instrument. Laser…
Overview Software automation enables users to get more reproducible data with less effort and helps reduce human errors. This webinar highlights how intelligent software can be used to leverage automation and save time in the lab. Improve your data analysis and your overall rheology and thermal analysis workflow. With an ever-growing demand for more work…
