Corrosion Suppression novel inhibitor modified silane systems.

Phase I feasibility research will be based on developing novel organic/inorganic hybrid, inhibitor modified or reacted silane based corrosion inhibitor systems that will enhance corrosion suppression capability of existing organic/inorganic hybridcorrosion inhibition systems by incorporating novel inhibitor modified silanessuch as novel silanes modified with imidizoles as a novel corrosion inhibitor, or BTSE, BTSPA, BTSPS or di or tri epoxy,amino, methacrylo or amino sialnes modified or reacted with novel inhibitors in triazole family to enhance corrosion suppresion inphysically occluded regions of aircraft exposed to wide range of environments. Chemical properties will include self healing capability to suppress corrosion in cracks and defects and scratches of surface of aircraft, and specially to suppress thepropagation of cracks and defects.The designer corrossion suppressor phase I research is to develop corrosion suppression systems that will result in multimillion dollars cost reduction as a result of non surface pretreatment and non chromated nature ofthe technology which is also enhanced with novel inhibitor modified silane based corrossion supressor chemistry. Anticipated benefits include self healing properties, suppression of corrosion in physically occluded areas because of ease of application andsuperior wettabilty and coatability , and suppression of crack and defect propagation. Benefits include commercial applications in aerospace, construciton, chemical and petrochemcial, automtive, electronics,sporting good, and aircraft industries.