Our objective is to develop emerging technologies waiting to be introduced in the marketplace. Materiano focuses on both, pull technologies stemming from federal SBIRs and other research programs as well as push technologies need- ed to efficiently accomplish everyday processes. Since its inception, RK Composites has developed an array of unique materials, systems and processes.
• Intelligent sensors for structural health management of composite structures
• Self healing systems for composite materials including ballistic armors
• Intelligent bio-sensors for detecting airborne nano-particles
• Ultra light weight carbon nanotube based conductors
• Non-invasive in vivo imaging tool for detecting skin cancer

RK Composites, Inc. located in Stillwater, Oklahoma, was founded by Dr. Raman P. Singh in June 2008 as a technology-based business venture to develop com- mercial applications for innovative materials and sensing technologies. The founder, Dr. Raman P. Singh, has several years of experience in the develop- ment and commercialization of advanced materials technology. RK Composites, Inc. consists of a closely knit team that has a very strong belief in its technologies. We are all risk tolerant with an entrepreneurial streak. The team struggles together, laughs together, works on weekends and long nights together, have occasional doubts together, and will share in the success of RK Composites as one.

RK Composites has a variety of technological capabilities and development skills aimed to help its customers and clients excel. RK Composites is equipped to help your business succeed at any stage of technology development. From polymer formulations to mechanical design and process improvement, Materiano has the expertise to addressing your needs wherever they fit on the development spectrum. The list below highlights RK Composites’ expertise in a few but not limited applications:
• Polymer synthesis and advanced materials formulation including smart materials, and nano-engineered materials.
• 2-D and 3-D design of mechanical parts and systems. Prototype fabrication of metal parts and systems, polymer and ceramic composite parts. Design automation using parametric design methodologies.
• Finite element modeling and analysis of materials for static and dynamic mechanical and electrical problems. Digital image correlation for strain and displacement. Weibull and other statistical analysis.
• Mechanical testing and microstructural characterization including ASTM standard static mechanical tests, micro and nano-indentation, optical and electron microscopic imaging, composition analysis, and a range of other characterization.
• Process improvement and troubleshooting.
• Federal and state proposal writing assistance. Guidance right from identification of appropriate funding programs to writing a complete proposal.