Materials & applications
Sustainable rock with durability and low environmental impact, driving innovation across sectors for a greener future.
A Key Ingredient in the Green Transition
Anorthosite is a distinctive igneous rock, mainly consisting of plagioclase feldspar, that plays a pivotal role in the green transition. Its remarkable properties, including durability, resistance to weathering, and minimal environmental impact during extraction and processing, establish it as a sustainable option across various sectors. By reducing CO2 emissions in E-glass production and providing eco-friendly alternatives in construction and manufacturing, anorthosite underpins sustainable development and innovation, aligning with worldwide efforts towards a more sustainable future.
E-glass
Utilizing Lumina's anorthosite to produce E-glass delivers exceptional electrical insulation and a smaller environmental footprint, through energy savings and CO2 reduction, making it a prime, eco-friendlier choice for the aerospace, automotive, and construction industries.
Plastics
Anorthosite additives improve the anti-block, UV stability, flame resistance, and toughness of plastics, offering a sustainable solution that bolsters the durability and functionality of plastic products while diminishing reliance on non-renewable resources.
Friction
Anorthosite augments the strength, durability, and compatibility of phenolic friction resins used in automotive and industrial brake systems, presenting a greener alternative to conventional materials and reducing environmental impact.
Paints & Coatings
Greenspar, sourced from anorthosite, is integrated into paints and coatings to significantly enhance durability and facilitate lower VOC emissions, promoting environmentally friendly practices within the coatings sector.
Lunar Studies
Lumina's anorthosite acts as a terrestrial counterpart to lunar highlands, fostering academic research and simulation studies that facilitate lunar geology exploration and potential in-situ resource utilization in forthcoming missions.
Mineral Wool
With its high aluminum and calcium content, anorthosite-based mineral wool provides excellent insulation with fewer impurities, perfect for energy-efficient building and industrial uses, thereby contributing to sustainability.