| Semiconductors & Semiconductor Equipment Industry | Information Technology Sector | Jason May CEO | OTCQB Exchange | 38890A100 CUSIP |
| US Country | 1 Employees | - Last Dividend | 19 Aug 2014 Last Split | - IPO Date |
Graphene & Solar Technologies Limited is a pioneering company focused on the development and production of high purity silica quartz products, primarily for the semiconductor and photovoltaic solar panel sectors within the United States. Founded in 2010, and originally operating under the name Solar Quartz Technologies Corporation until its rebranding in September 2018, the company has broadened its scope to include groundbreaking work in graphene materials and water harvesting products. With its headquarters located in Phoenix, Arizona, Graphene & Solar Technologies Limited is positioned at the forefront of technological advancements in conductive transparent thin films and other solar and graphene-based innovations.
These are developed for the critical and high-tech industries that manufacture semiconductors and photovoltaic solar panels. The high purity of the silica quartz is essential for ensuring the performance and reliability of the semiconductors and solar panels produced.
Involved in the development and commercialization of graphene materials, Graphene & Solar Technologies Limited plays a crucial role in harnessing the exceptional characteristics of graphene. This includes its strength, conductivity, and flexibility for various applications, promoting innovation in electronics, energy storage, and composite materials.
The company is also pioneering the development of technologies for water harvesting, reflecting its commitment to sustainability and addressing global water scarcity challenges. These products aim to efficiently capture and utilize water from the atmosphere, providing innovative solutions for water conservation and access.
This product line is focused on the production of films that are not only conductive but also transparent, making them ideal for use in solar panels, touchscreen displays, and LED lighting. The development of these thin films is crucial for improving the efficiency and functionality of various electronic and photovoltaic devices.