Why particle characterisation is important in the automotive industry
Particle characterisation is a crucial process in the automotive industry that involves the analysis and understanding of the properties and behaviour of particles present in various automotive components. These particles can be found in engine lubricants, brake pads, fuel, and many other materials used in cars.
Image Analysis
Automated image analysis has been developed to provide users with a more accurate measurement of their particles. This is particularly used for particles which are not spherical, for example glass fibres to ensure they are the correct diameter and length.
Laser Diffraction Particle Size Analysis
Particle size analysis in the automotive industry ensures optimal performance of lubricants, fuel additives, and coatings. Precise measurements enhance engine efficiency, reduce emissions, and improve overall vehicle reliability and longevity.
Surafce Area Analysis
Surface area analysis in the automotive industry ensures material quality and performance, optimising coatings, catalysts, and filtration systems for enhanced efficiency, durability, and environmental sustainability in vehicles.
Case study
We are continually looking to enhance the durability and safety of our vehicles. One aspect of this is optimising the quality of glass fibres used in composite materials. Using the Pi Sentinel PRO shape analyser, we are able to scrutinise the morphology of individual fibres to ensure uniformity and strength.
By utilising Image Analysis coupled with the image processing algorithms in the software, the we are able to precisely measure key parameters such as length, diameter, and aspect ratio of the fibres. This allows us to identify any irregularities or inconsistencies in fibre shape that could compromise structural integrity.
