Ceraset™ "PUMVS"
Ceraset™ B Boron Modified Polymethylvinylsilazane / 50% solids in Dibutyl Ether
See, for Example: Advanced Covalent Ceramics from Organosilicon Polymers for Sustainable Energy and Environment; Dissertation by Shakir Bin Mujib, Kansas State University
Ceraset™ A Aluminum Modified Ceraset™ B / 50% solids in Dibutyl Ether
See, for Example: Review of Recent Gas Turbine EBC Developments, Dave Carruthers & Associates, Environmental Barrier Coatings Workshop, November 15-16, 2005, Nashville Tennessee
Ceraset™ T Titanium Modified Ceraset™ B / 50% solids in Dibutyl Ether
See, for Example: European Patent Application, EP 3 057 925 B1, Manufacturing Process of a Preceramic Polymer for Ceramic Including Metal Boride
Ceraset™ Z Zirconium Modified Ceraset™ B / 50% solids in Dibutyl Ether
See, for Example: From Design to Characterization of Zirconium Nitride/Silicon Silicon Nitride Nanocomposites, M.C. Bechelany, V. Proust, A. Lale, M. Balestrat, A. Brioude, C. Gervais, R. K. Nashihora, S. Bernard, J. European Ceramic Society, 2022, 42 (5), pp 2135-2145
Ceraset™ H Hafnium Modified Ceraset™ B / 50% solids in Dibutyl Ether
See, for Example: SiHf(B)CN-based Ultra-High Temperature Ceramic Nanocomposites: Single-source Precursor Synthesis and Behavior in Hostile Environments”; Dissertation by M. Eng. Jia Yuan, Technische Universitat Darmstadt
NOTE:
Original Ceraset™ Poly(urea)methylvinylsilazane (PUMVS) - either in solvent or as a 100% “solids” liquid – is available upon request.
Any of the above Metal-Modified Poly(urea)silazanes without Boron Modification – either in solvent or as a 100% “solids” liquid - are also available upon request.