Value Added Materials

Developing value added materials throughout industry.

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Innovation

Innovation by transferring applied technologies to the market.

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Evaluating Technologies

Evaluating technologies and their fit in a complex market.

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Customer Interface

Assisting and interfacing with clients to solve unique issues.

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Tetramer is Your Partner in Molecular Architecture®

Tetramer is a materials science company dedicated to the development of new, market driven materials. Our highly skilled team of scientists focuses on the understanding of the structure/property relationships of materials and develops new molecules for defined applications. Tetramer teams with device manufacturers and downstream users to take early stage ideas and transition them to a value added material that can be incorporated into a commercial device.

Tetramer Technologies is an ISO 9000:2015 Certified Company

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Tetramer Technologies Is Making News

  • Tetramer Awarded Phase I for Improved Polymer Electrolyte Membranes for Fuel Cells

    Tetramer has been awarded a Phase I DOE contract (DE-SC0019980) to develop improved polymer electrolyte membranes for fuel cells.
    Polymer electrolyte membrane (PEM) fuel cells are one of the most promising energy conversion technologies for renewable clean energy applications. This technology allows the generation of electricity from hydrogen, with water as the only exhaust by-product. Tetramer’s work is focused on the development of new improved PEM materials in order to lower fuel cell costs, increase power output performance and …

  • Tetramer Awarded Phase I DOE Contract for Solar Fuels Generators

    Tetramer has been awarded a Phase I DOE Contract (DE-SC0019560) to develop Improved Membranes for Solar Fuels Generators.
    Solar fuels generators harness solar energy as the power source to facilitate the generation of either hydrogen or carbon based fuels. In both cases, water is electrochemically oxidized to produce oxygen, protons and electrons at the anode. Hydrogen or carbon based fuels are produced simultaneously at the cathode by the reduction of protons or carbon dioxide, respectively. Ion exchange membranes are a …

  • Tetramer awarded Phase I DOE for development of high light-output, high yield plastic scintillator fibers

    Tetramer has been awarded a Phase I DOE Contract (DE-SC0019612) to develop high light-output, high yield plastic scintillator fibers.
    The field of high-energy physics (HEP) continues to advance globally and provides scientists with a better understanding of fundamental interactions of matter and energy. Particle accelerator facilities such as the Large Hadron Collider enable researchers to isolate individual types of particles with various energies and study their composition and interactions with other matter. These measurements are enabled by scintillator materials which …

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