Increasing Awareness of Water Damage Prevention
The increasing concerns about the durability of structures and water-related damages are motivating the use of water coatings in Western Europe. The regular occurrence of rain, flood risks in river valleys, and the age of the building infrastructure are motivating the use of protective water coatings that can help prevent seepages, corrosion, and mold formation. In residential and commercial building projects, water-based and elastomeric water coatings are being used to provide improved durability to the structures.
The investment of the public and private sectors in infrastructure projects is also motivating the use of water protective coatings. The renovation of infrastructure, including public buildings, bridges, and transportation nodes, in urban areas is incorporating water protective coatings to provide improved durability to the structures. The use of water protective coatings, which can provide barrier protection, is a standard requirement in the contracts for renovating infrastructure, which can help provide improved durability to the structures over a period of time.
In addition, consumer awareness is increasing, and this is largely being driven by insurance incentives and considerations for real estate valuations. For example, individuals in areas that often face heavy precipitation and seasonal flooding are increasingly using water coatings in basements, roof decks, and bathroom areas to prevent damage risks. Market analysts indicate that this increasing consumer awareness is helping to expand market penetration for water coatings, especially in Western Europe, at a growth rate of 6-8% per annum.
Hybrid Solutions Combining Membranes with Coatings
The hybrid water protection systems, which involve the integration of membrane and water coatings, are becoming increasingly popular in Western Europe, especially in the field of construction and infrastructure development. This has seen the widespread adoption of hybrid water protection systems in roofing, podium deck, and underground water protection applications.
The hybrid water protection systems have also seen widespread adoption in the industrial sector. In the past, factories and warehouses used hybrid water protection systems to achieve seamless water protection and chemical resistance in areas prone to moisture, cleaning agents, and other factors. This has seen the widespread adoption of hybrid water protection systems in the industrial sector, with facility managers able to achieve seamless performance and efficiency in the maintenance of the facilities.
Architectural and urban development projects are also incorporating hybrid systems due to aesthetic and functional advantages. Public spaces such as plazas, pedestrian walkways, sports facilities, among others, are increasingly using membrane coating combinations due to their long-lasting water-resistance capabilities. This is in response to the need by various manufacturers to offer high-quality products compatible with various surfaces, thus allowing architects and developers in Western Europe to satisfy various regulatory requirements as well as customer demands.