Author(s)

Zhaoyou Liu

Corresponding Author

Zhaoyou Liu

Abstract

This study examines the waterproofing and anti-seepage construction technologies for four key parts of building engineering: basements, roofs, exterior walls, and bathrooms. It analyzes the operational essentials and applicable scenarios of each technology, and summarizes four application strategies: developing specialized plans according to the specific location, strengthening material acceptance, controlling key nodes, and implementing water ponding tests. The role of the synergy between technology and strategy in preventing engineering leakage is elaborated. The research aims to address the problems of non-standard application of waterproofing technology and frequent potential leakage hazards in building engineering. The results indicate that scientifically selecting waterproofing technologies combined with targeted application strategies can effectively enhance the waterproofing quality of projects, improve the overall level of waterproofing construction in the industry, and promote the development of building engineering towards greater durability and reliability.

Keywords

Building Engineering, Waterproof and Anti-seepage Construction Technology, Base Sheet Membrane, Polyurethane Coating, Prefabricated Component Joints