(Total Views: 449)
Posted On: 02/15/2022 9:33:40 PM
Post# of 76
GSPI: ...developing a new lubricant product,...identifying new markets to introduce our TVT product
Kristy Hunt@CEOGSPI·38 minutes ago
$GSPI has been working with our new Machinists on developing a new lubricant product, and identifying new markets to introduce our TVT product . What a find for us, that we have found a team to lead the building of our Graphene tech. Re-introducing tech when it is marketable.
Source: https://twitter.com/CEOGSPI/status/1493761331...qB9LopAAAA
Other Graphene Info
See Below
NASA = (National Aeronautics and Space Administration)
NASA Selects...
Dec 16, 2021
NASA Selects 8 Early Stage Tech Innovations from US Universities
Advanced Materials for High-Voltage Power Transmission on the Moon
Mehran Tehrani
The University of Texas at Austin
Tehrani will design, manufacture, and test the performance of multi-layered copper- graphene conductors for high-voltage power transmission on the Moon.
The unique characteristics of both materials could create conductors that are several times more conductive than those only made of copper. Higher electrical conductivity means lighter cables, which are optimal for space missions.
Source: https://www.nasa.gov/directorates/spacetech/s...iversities
Kristy Hunt@CEOGSPI·38 minutes ago
$GSPI has been working with our new Machinists on developing a new lubricant product, and identifying new markets to introduce our TVT product . What a find for us, that we have found a team to lead the building of our Graphene tech. Re-introducing tech when it is marketable.
Source: https://twitter.com/CEOGSPI/status/1493761331...qB9LopAAAA
Other Graphene Info
See Below
NASA = (National Aeronautics and Space Administration)
NASA Selects...
Dec 16, 2021
NASA Selects 8 Early Stage Tech Innovations from US Universities
Advanced Materials for High-Voltage Power Transmission on the Moon
Mehran Tehrani
The University of Texas at Austin
Tehrani will design, manufacture, and test the performance of multi-layered copper- graphene conductors for high-voltage power transmission on the Moon.
The unique characteristics of both materials could create conductors that are several times more conductive than those only made of copper. Higher electrical conductivity means lighter cables, which are optimal for space missions.
Source: https://www.nasa.gov/directorates/spacetech/s...iversities
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