Company Filing History:
Years Active: 2003
Title: The Innovative Contributions of Janick Moreau in Aluminum-Titanium Alloy Technology
Introduction: Janick Moreau, an inventive mind based in Samoreau, France, has made significant strides in material science through his innovative development of a unique aluminum-titanium alloy. With one patent to his name, he demonstrates the power of research and creativity in advancing technology and applications in reflecting coatings.
Latest Patents: Janick's patent involves an aluminum-titanium alloy characterized by its high specular reflectivity. The alloy composition consists of 80 to 90 atomic percent aluminum and 10 to 20 atomic percent titanium. This microcrystalline alloy, existing outside thermodynamic equilibrium, offers impressive resistance to oxidation and corrosion, along with exceptional adhesion properties to polymer materials. The alloy can be applied as a reflecting coating with a thickness ranging from 0.01 to 3 µm, protected by a polymer material film. Additionally, it serves as a substrate for mirrors boasting a specular reflectivity of at least 65%, further emphasizing its durable and practical applications in reflection technology.
Career Highlights: Janick Moreau is affiliated with the Centre Stéphanois de Recherches Mécaniques, Hydromécanique et Frottement, a research institution that has nurtured innovative engineering solutions. His work alongside a dedicated team has focused on developing materials that meet modern industrial demands, showcasing his contribution to the field.
Collaborations: In his professional journey, Janick has collaborated with coworkers Michel Martin and Frédéric Faverjon. These partnerships highlight the collaborative spirit of innovation in research, where diverse expertise converges to achieve groundbreaking results in materials science.
Conclusion: Janick Moreau's innovative work in aluminum-titanium alloy technology not only demonstrates his ingenuity but also contributes to advancing reflective materials used in various applications. His patent stands as a testament to the potential of specialized alloys in overcoming challenges faced in manufacturing and engineering, reinforcing the significance of ongoing research and development in the quest for superior materials.