By Rise Pfi
At RISE PFI, the TA.XT plusC Texture Analyser is used to characterize materials and evaluate their mechanical performance across a broad range of applications. Understanding the mechanical behavior of materials is crucial for developing robust products and processes. At RISE PFI, the TA.XT plusC Texture Analyser is used to characterize materials and evaluate their mechanical performance across a broad range of applications. The instrument measures how materials respond to controlled forces, providing valuable insights into properties such as hardness, stiffness, elasticity, adhesiveness, and compressibility. The instrument is part of the NORCELlab research infrastructure (The Norwegian Cellulose Laboratory). Key Applications The Texture Analyser is widely used for material characterisation of: - Foams and lightweight materials: Mechanical stability, recovery, and compression behaviour. - Food, cosmetics, and personal care products: Texture, consistency, and consumer-relevant properties. - Hydrogels and soft materials: Gel strength, elasticity, and structural integrity. - Fibre-based materials and packaging: Mechanical performance and resistance to deformation. - Research and product development: Evaluation and comparison of new material formulations. - Barrier-coated materials: Delamination testing and evaluation of coating adhesion. Key Advantages - Versatile testing configurations using a wide range of probes and fixtures. - Quantitative and reproducible results for reliable material comparison. - Multiple test modes, including compression, tension, penetration, bending, and adhesion. - Suitable for soft and highly deformable materials where conventional mechanical testing may be challenging. - There is a wide range of standardized tests available. Why Choose Texture Analysis at RISE PFI? Understanding how materials respond to mechanical stress is essential for product development, quality control, and material characterization. The Texture Analyser provides reliable and reproducible data that can be used to optimise formulations, compare materials, and document end-use performance.
