Underwater adhesive or "superglue" for construction bonding application

相似和不同材料组件的有效粘合和/或连接是制造和施工技术中最关键的技术先决条件之一。受斑马贻贝、藤壶和城堡蠕虫等生物有机体中优良的海洋粘合剂的启发，我们发明了一种独特的合成水下粘合剂或超级胶水，它可以在潮湿或水下条件下有效地工作。根据2012年11月27日提交的完整专利申请和2014年最近的市场评估，我们建议推进这项技术，并将其转化为一种创新的粘合剂产品，用于建筑行业的应用，如a)低坡度屋顶系统；B)地板用混凝土减湿系统；c)基础防水系统，其中所有要求防水或调整水平。该项目将专注于解决当前发明的技术障碍（如稳定性、固化速度、可交付性和保质期），并制造一个市场就绪的原型，以推广该技术并吸引早期投资，对技术进行微调以满足特定的工业需求，以及大规模生产粘合剂。

The effective adhesion and/or joining of similar and dissimilar material components is one of the most critical technical prerequisites for manufacturing and construction technologies. Inspired by superior marine adhesives in such biological organisms as zebra mussels, barnacle and castle worms, we have invented a unique synthetic underwater adhesives or superglue, which can work effectively in wet or underwater conditions. Based on the full patent application filed on November 27th, 2012 and a recent Market Assessment in 2014, we propose to advance this technology and turn it into an innovative adhesive product for applications in construction industries as a) low slope roofing systems; b) concrete moisture mitigation systems for flooring; and c) foundation waterproofing systems where all require a level of waterproofing or tuning. The project will focus on solving the technical hurdles (such as stability, curing rate, deliverability, and shelf-life) of the current invention and fabricating a market-ready prototype to promote the technology and attract early stage investments, fine-tuning the technology to meet specific industrial need, and the mass production of the adhesive.