GATE is working with industry to further develop the following
innovative technologies: X-Aerogel Consortium
High Temperature Resing Transfer Molding (RTM) Resins
On Off Fluorescent Dyes

X-Aerogel Consortium LaunchedPolymer crosslinked aerogels are mechanically robust, high porous, low-density materials, which are three times denser than native aerogels, but more than 300 times stronger. Commercial applications include thermal and/or acoustically insulating structural materials, filtration membranes, membranes for fuel cells and batteries, ballistic materials, optical sensors and aerospace components. Parker Hannifin and Applied Sciences Inc. have partnered and joined the X-Aerogel consortium to further the development of this material for their own applications. In collaboration with NASA Glenn Polymer experts, they have identified, defined and started the first two technology demonstration projects.

For more information about the X-aerogel consortium, contact Andrew Gyekenyesi at OAI, 440-962-3131, or Andrew.L.Gyekenyesi@grc.nasa.gov.

Parker Hannifin Corporation and Applied Sciences Incorporated both recognize the potential for this breakthrough material and are currently involved in efforts for mass production and commercialization.  They are working together with NASA Glenn researchers and the University of Akron towards the goal of developing continuous manufacturing capabilities. Currently, production of the X-Aerogels is limited to small batches produced in a laboratory. The X-Aerogels will provide dramatically better performance while replacing the environmentally unfriendly insulating materials that are used today. NASA Glenn researchers are producing multiple batches of nanofiber reinforced X-Aerogels while varying the formulation to study material properties.  Each of these projects will produce commercial benefits for the industry members while at the same time furthering the technology for implementation regarding NASA’s space exploration programs (e.g., use as robust insulating material for the next generation space suits or as air filters in space habitats).

High Temperature Resin Transfer Molding (RTM) Resins A Phase 1 feasibility study has been initiated in order to demonstrate potential applications of the high temperature resin as well as address the issue of cost reduction. This effort involves the recruitment of industry partners who would each invest $10-15K to receive 10-20 lbs. of resin for their own internal tests and feasibility studies. A vendor has been identified to manufacture the monomer and the resin. At the time of this report, NASA Glenn has initiated the procurement process for an initial order of 50 lbs. of resin.  Specific company technical results will be aggregated with NASA Glenn’s research data. General findings will be published by NASA researchers, and publicized in order to assess the feasibility of a Phase 2 study with additional partners.

For more information about High Temp PMC resin, contact Patricia Grospiron at OAI, 440-962-3216, or PatriciaGrospiron@oai.org.

Outreach efforts in Chemical Sensors – On Off Fluorescent Dyes Another highly ranked technology under the auspices of the GATE Research & Technology Platform activities is the innovative “on off” fluorescent sensor dyes with the capability of detecting low concentrations of targeted chemicals. OAI identified aerospace, materials and biomedical companies that are likely to be interested in the technology for their own applications, and is making connections and facilitating discussions. These outreach activities build new relationships between NASA Glenn and industry of significant benefits for both, and open up possibilities for new partnerships. To raise the awareness, OAI also developed brochures and participated in targeted conferences to promote these unique technical capabilities.

Chemical Sensor Materials Brochure

For more information on the On Off Fluorescent Dyes, contact Patricia Grospiron at OAI, 440-962-3216, or PatriciaGrospiron@oai.org.