Aim: To develop non-stick and easily cleanable surfaces on stainless steel cookware using Laser-Based Additive and Advanced Manufacturing (LBAAM) technology as a sustainable alternative to PFAS coatings.
Brief description: The project explores laser surface texturing to create non-stick properties on stainless steel surfaces for cookware. Various laser parameters, such as depth and texture patterns, were tested to enhance food release and cleaning ease. This initiative supports the transition from traditional PFAS-based coatings to eco-friendly solutions by leveraging advanced laser technology.
Benefits: The project offers a potential path to eliminating chemical coatings in cookware, aligning with environmental regulations and consumer demand for sustainable products. Although current results show limitations compared to PTFE coatings, the research advances understanding of laser parameters and their impact on material properties, paving the way for future innovations in eco-friendly cookware design.
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