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Medical Device Webinar Series-The Use of Thermal Analysis for the Characterization of Indicative Parameters for Biomaterial Performance Episode 6

The Use of Thermal Analysis for the Characterization of Indicative Parameters for Biomaterial Performance Medical Devices Webinar Series | 6 of 6 An overview of the use of thermal analysis techniques in materials characterization is explored with reference to typical examples of the type, quality, and usefulness of data that can be gathered and the…

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Melt Viscosity Measurements at High Temperatures

  Overview Maintaining the optimum viscosity of a molten material is key for efficiency and product quality of many industrial processes. Processing of melts at high temperatures is the basis for classical or additive manufacturing of many materials like glasses or metals. Molten slag or ash viscosity is essential for economically operating industrial gasification processes…

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Catalysis R&D with High Pressure Thermogravimetry – Instruments and Applications

  Overview Catalytic reactions are of tremendous commercial importance. Over 90% of all chemicals worldwide are manufactured with the aid of solid catalysts. Developing improved catalysts and optimizing the reaction conditions are key for improving commercial and ecological efficiency of catalytic processes. High-pressure thermogravimetric analysis (HP-TGA) allows investigating reactions of a catalyst with the gas…

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Measuring the Influence of Humidity on Material Properties

  Overview The impact of humidity on a material’s properties and performance during processing, storage, and in final form is a growing area of interest for manufacturers across many industries. A few areas of investigation of this impact include material selection and failure analysis of layered materials used with electronic circuit boards, morphological changes in…

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Steady State and Light Flash Methods for Measuring Thermal Diffusivity and Thermal Conductivity

  Overview The ability of a material to store and transfer heat is characterized with the material properties of thermal diffusivity, thermal conductivity, and specific heat capacity. Understanding these properties is critical when exposing a material to a wide array of temperature environments: large gradients, rapid changes, and maintaining stability, to name a few. Accurate…

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Evaluating Viscoelastic and Fatigue Response of Silica Filled ‘Green Tire’ and Conventional Carbon Black Filled Rubber

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…

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Compatibilizers for Mechanical Recycling

Plastics are versatile, lightweight, and fundamental to countless products, but plastic waste poses a growing environmental threat. The plastics industry are confronting sustainability demands from consumers, brand owners, and regulations with bold innovation in material design and recycling. The leading technologies and areas of exploration in polymer sustainability are mechanical recycling, advanced recycling, biobased polymers,…

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Fingerprinting recycled thermoplastic resins for process optimisation

  Overview The ability of a material to store and transfer heat is characterized with the material properties of thermal diffusivity, thermal conductivity, and specific heat capacity. Understanding these properties is critical when exposing a material to a wide array of temperature environments: large gradients, rapid changes, and maintaining stability, to name a few. Accurate…

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Medical Device Webinar Series

Material characterization for medical devices Watch our on-demand medical devices testing webinar series to gain expert insight into the critical factors involved in medical device design, testing, and regulatory compliance – including mechanical, fatigue, and durability testing and the rheological study of soft biomaterials.

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Advances in Biopolymers

Summary In recent years, biopolymers have risen to the forefront of discussions on sustainability in plastics. Biopolymers, both bio-sourced and biodegradable, offer the promise of being more environmentally friendly than virgin, single-use feedstock. However, biopolymers offer varying degrees of sustainability as well as unique challenges for plastic processors and manufacturers. Replacing traditional polyolefins with biopolymers…

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