Solving Structural Degradation and Reducing Financial Risk in Masonry via Nano-Silane Based Polymer Nanocoating's

Abstract

Water intrusion in porous construction materials, including concrete, brick, stucco, and cement/cement board accelerates structural degradation, bio-deterioration, and premature material failure. Treatments and sealers on the market today are susceptible to weathering and require frequent reapplication. This paper introduces an innovative, semi-inorganic organosilane sol-gel nanocoating technology that penetrates porous substrates to form a durable, three-dimensional inorganic network from the inside out. This technology offers superior breathability,water-repellency, and long-term protection against environmental degradation in structural masonry and cement-based composites. The additional benefits include significant elimination of microbial; from bacterial, fungal and spore based natural threats during the lifetime of phase changes in masonry. Beyond the technology, this paper examines the broad economic impacts and implications of structural maintenance, particularly within the context of Homeowners Associations (HOAs) and commercial buildings while briefly examines the impact to pipelines that are used in municipalities and include deep well drill structures.