31 Dec 2015 Date | | - Cons. EPS | - EPS |
30 Sep 2015 Date | | - Cons. EPS | - EPS |
30 Jun 2015 Date | | - Cons. EPS | - EPS |
31 Mar 2015 Date | | - Cons. EPS | - EPS |
31 Dec 2014 Date | | - Cons. EPS | - EPS |
31 Dec 2015 Date | | - Cons. EPS | - EPS |
30 Sep 2015 Date | | - Cons. EPS | - EPS |
30 Jun 2015 Date | | - Cons. EPS | - EPS |
31 Mar 2015 Date | | - Cons. EPS | - EPS |
31 Dec 2014 Date | | - Cons. EPS | - EPS |
Industrial Materials Industry | Basic Materials Sector | Mr. Edward Mui CEO | OTC PINK Exchange | US37253T1025 ISIN |
US Country | 4 Employees | - Last Dividend | - Last Split | - IPO Date |
GEO JS Tech Group Corp. is a company with a primary focus on the exploration of minerals, including sand, stone, and iron, across Mexico and Malaysia. Founded in 2010 and headquartered in Houston, Texas, the company has shown a dedicated interest in extracting and developing mineral resources. A key project that highlights the company's endeavors is the El Sara property, strategically located in the Pacific coastal plain of Baja California, Mexico. This project signifies the company’s commitment to contributing to the mineral extraction industry by harnessing the potential of rich mineral deposits in geographically strategic locations.
In-depth analysis and exploration activities aimed at discovering valuable mineral deposits within the company's operational regions in Mexico and Malaysia. GEO JS Tech Group Corp. utilizes advanced exploration techniques and methodologies to identify potential sites for mineral extraction.
Following the exploration phase, the company focuses on the extraction of key minerals such as sand, stone, and iron. These activities are central to the company’s core operations, ensuring the procurement of raw materials that are essential for various industries globally.
A prime example of the company's projects is the El Sara property, which has been recognized for its potential in mineral extraction. Assigned as the principal project, El Sara's development encompasses detailed planning and execution phases, targeted at maximizing the extraction efficiency and environmental sustainability of the project site.