As part of their on-going study of the science behind tabletting, I Holland are delighted to announce the launch of a two year ‘Tabletting Science Anti-stick Research’ project (TSAR project). The aim of this 24 month programme (carried out with the highly respected School of Pharmacy at The University of Nottingham) is to further investigate the root causes of why formulations stick to tablet tooling surfaces. Sticking is one of the biggest problems facing tablet manufacturers today and I Holland lead the way in developing new coatings to combat this issue. Formulation sticking to tablet tooling can be due to several parameters such as: Van der Waals Forces; Capillary Action; Deformation Mechanics and Static Electricity to name but a few. It is these interactions that the TSAR project is designed to quantify, enabling I Holland customers to benefit from a unique ‘optimum coating selector’ drawing on solid scientific research.
Using many notoriously sticky excipients and API’s, including Ibuprofen, the TSAR project aims to analyse why one coating prevents sticking where another does not. I Holland regularly solve these problems through scientific trials but, as this takes time and can increase end user costs, they have chosen to innovate further by developing a predictive tool to speed up this process. TSAR will use a variety of highly advanced surface characterisation techniques including: Scanning Electron Microscopy (SEM); Laser Profilomitry; Atomic Force Microscopy (AFM); Adhesion Mapping; X-Ray Photoelectron Spectroscopy (XPS); Raman Spectroscopy and Time of Flight Secondary-Ion Mass Spectrometry (ToF-SIMS - pictured).