SCIENCE SCORES WITH NEW MOUTH GUARD TECHNOLOGY

Acraval Technologies, with NSF support, developed a solution combining nano suspension and thermoplastic polymer for superior shock absorption and flexibility. The polymer is durable, load-bearing, and moldable when heated. Unlike conventional soft polymers used in mouth guards, which require thickness for protection, this new material offers comfort and effectiveness. The Seesu Next Gen model, supported by NSF's Small Business Innovation Research Program, is now available, with nanotechnology as the next step in its evolution.

What two technologies did CSU researchers combine to enhance shock absorption and flexibility?

• Metal alloys and carbon fiber

• Nano suspension and carbon fiber

• Thermoplastic polymer and metal alloys

• Nano suspension and thermoplastic polymer

What is a notable property of the polymer when heated to 60 degrees Celsius?

• It becomes brittle

• It becomes magnetic

• It softens up

• It changes color

How does the strength of the polymer matrix compare to conventional soft polymers?

• It is equally strong

• It is 2 times stronger

• It is weaker

• It is 8 times stronger

What was a major drawback of previous mouth guards made from soft polymers?

• They were too expensive

• They were uncomfortable due to thickness

• They were not colorful

• They were too lightweight

What program helped in the development of the next-gen mouth guard model?

• Advanced Materials Development Program

• NFF Small Business Innovation Research Program

• National Science Foundation Research Program

• Global Polymer Initiative