Sommer Materials Research
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About Sommer Materials

Sommer Materials Research was founded in 2002 with the principle mission of conducting research in advanced materials and processes for commercialization. Sommer Materials Research facility is located in North Salt Lake, UT, approximately 7 miles north of downtown Salt Lake City. Immediately off of Interstate I-15, its location is easily accessible from the University of Utah or the Salt Lake International Airport, both only 15-20 minutes away by car. Sommer Materials Research currently has over 3500 ft2 of office, laboratory, and warehouse space.

Our Services

Lab Work

  • Coefficient of Thermal Expansion- (Orton Dilatometer with argon)
  • Particle Size Analysis- (Beckman Coulter LS230 PSD analyzer)
  • Xenon Flash Thermal Conductivity
  • Viscometers-(Brookfield Engineering)
  • Programmable high-temperature furnaces (vacuum, tube, muffle)
  • Microscopes

Other equipment include: fully-equipped machine shop (milling machine, lathe, diamond saw and grinder, band saws, Buehler Polishing Equipment), Instron tensile/compression testing machines, Napco 8000-DSE vacuum autoclave, Xenon flash thermal conductivity measuring device with Agilent data acquisition unit/Labview software, Red Line Corporation autoclave/encapsulator, Lab-Line vacuum oven, fume hoods, and thermocouple/furnace controllers. Other testing and analyzing equipment is available at Brigham Young University (BYU) and the University of Utah Material Science and Metallurgical Department (all

High-Temperature Shock-Resistant Geopolymers

During the past couple of decades, there has been considerable interest and research in inorganic polymers (“geopolymers”) for high-temperature applications. Geopolymers are formed by combining aluminosilicates powders with activating liquids through a polycondensation reaction. Sommer Materials Research, Inc. has developed a special geopolymer coatings that exhibit high flexural, compressive and slant-shear strengths. The coatings also show excellent bond strength to underlying concrete substrates and high spall-resistance through 500 thermal cycles performed at the Naval jet testing facility.

Thermally Conductive Materials

Consultant for Materials and Proposal Writing

Jared Lee Sommer Ph.D.

View Resume

Contact Information

801-397-2000

587 North Main Street


North Salt Lake,  UT 84054

Sommers Materials

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