Tetramer Technologies LLC
Advanced materials company near Clemson, SC focused on designing, developing, scaling, and commercializing custom materials from molecular design through pilot-scale manufacturing. Core work areas include polymer and ionomer membranes, metal-organic frameworks (MOFs) and adsorbent media, specialty base oils/lubricants, analytical characterization, and technology transition for industrial and defense customers.
Industries
N/A
Nr. of Employees
small (1-50)
Tetramer Technologies LLC
657 S. Mechanic Street, Pendleton, SC 29670
Patents
Products
Environmentally acceptable synthetic ester base oils and lubricants
Biobased, readily biodegradable synthetic ester base oils and formulated lubricants designed to meet environmental standards for hydropower and other applications.
Environmentally acceptable synthetic ester base oils and lubricants
Biobased, readily biodegradable synthetic ester base oils and formulated lubricants designed to meet environmental standards for hydropower and other applications.
Services
Applied R&D across polymer, inorganic, and hybrid materials to develop novel functional materials and bring them to pilot demonstration.
End-to-end product development including formulation, prototyping, and readiness activities to transition materials from lab to market.
Pilot and small-scale manufacturing, batch processing, equipment operation and process optimization to enable scale-up.
Development and supply of proprietary specialty materials and base chemistries for targeted customer needs and spin-out product lines.
Analytical testing and characterization services to support development and manufacturing decisions.
Technical due diligence and assessment of material readiness and manufacturability for partners and customers.
Applied R&D across polymer, inorganic, and hybrid materials to develop novel functional materials and bring them to pilot demonstration.
End-to-end product development including formulation, prototyping, and readiness activities to transition materials from lab to market.
Pilot and small-scale manufacturing, batch processing, equipment operation and process optimization to enable scale-up.
Development and supply of proprietary specialty materials and base chemistries for targeted customer needs and spin-out product lines.
Analytical testing and characterization services to support development and manufacturing decisions.
Technical due diligence and assessment of material readiness and manufacturability for partners and customers.
Expertise Areas
- Advanced materials design and molecular architecture
- Metal-organic framework (MOF) development
- Membrane and ionomer development for fuel cells
- Adsorbent media and selective ion capture
Key Technologies
- Metal-organic frameworks (MOF) synthesis
- Proton exchange membranes (PEM) and ionomers
- Membrane casting and membrane electrode assembly
- Adsorbent bead and sorbent media
News & Updates
Leading a 5-year, $12.5M Other Transaction Agreement program to advance protective suits for warfighters against chemical and biological threats.
Decontamination/detoxifying fabrics selected for demonstration at the CBRN Defense RDAX event.
Two-year Phase II DOE award to develop and commercialize tailorable filtration materials for selective heavy metal capture from wastewater streams.
Recognized by the U.S. Department of Energy for work on development and commercialization of base oils and lubricants.
Received a Phase I SBIR grant from the U.S. EPA to develop biorenewable additives for tire rubber.
Phase II award to develop improved ionomers and membranes for fuel cell applications based on prior Phase I results.
Leading a 5-year, $12.5M Other Transaction Agreement program to advance protective suits for warfighters against chemical and biological threats.
Decontamination/detoxifying fabrics selected for demonstration at the CBRN Defense RDAX event.
Two-year Phase II DOE award to develop and commercialize tailorable filtration materials for selective heavy metal capture from wastewater streams.
Recognized by the U.S. Department of Energy for work on development and commercialization of base oils and lubricants.
Received a Phase I SBIR grant from the U.S. EPA to develop biorenewable additives for tire rubber.
Phase II award to develop improved ionomers and membranes for fuel cell applications based on prior Phase I results.