The features and benefits of the type of flooring chosen for bridges and marine decks
For maximum safety floor surfaces need to be non-slip and anti-skid to prevent accidents and injury while durable enough to resist wear-and-tear from traffic that pass over it as well as damage inflicted by prolonged exposure to the elements. High-risk flooring surfaces such as that of bridges and marine vessels require state-of-the-art bridge and marine deck surface systems to minimise the threats inherent to those types of flooring.
Features of bridge and marine deck surfaces that are suitable for their intended purpose include ease of application, durability, resistance to corrosion as well as minimum time taken for the flooring material to set and cure. The benefits associated with these types of surface systems are a reduced chance of accidents caused by treacherous flooring such as those found on bridge surfaces during inclement weather or marine decks during rough seas and storms.
Features of the type of flooring chosen for bridges and marine decks.
Surface membranes of bridge flooring and marine decks tend to consist of a combination of epoxy primer, polyurethane and aluminium oxide aggregate which together facilitate waterproof and corrosion-resistant properties while preventing traffic from slipping and sliding when the surface is covered in water, oil or other substances. Single or multi-layered flooring is available while surface coatings come in a variety of grade options for different volumes of traffic.
The substances used can be applied to a range of construction materials used in the building of bridges and marine structures including concrete, steel and timber which bestows the surfaces in question with a waterproof, non-slip, non-skid and long-lasting membrane which requires little maintenance work. Marine deck and bridge surface systems can be applied to new or existing flooring in low temperatures and may be either painted or sprayed onto surfaces.
Benefits of the type of flooring chosen for bridges and marine decks.
Surface membranes applied to bridge flooring and marine decks must be hard-wearing to prevent the flooring from becoming abraded by foot or vehicular traffic, impact-resistant due to the risk of heavy objects falling onto surfaces as well as corrosion-resistant because of the caustic properties of acid rain, automotive fuel, chloride, seawater and oil. For minimum disruption to traffic floor coatings should dry and cure in the shortest amount of time possible.
Modern flooring systems used on the surfaces of bridges and marine decks are designed to be applied in a quick and easy manner, to set in as little time as possible so that the surface can soon be reopened to traffic to prevent delays as well as durable to stop it from becoming worn-down by friction or damaged by impacts. Contemporary surface membranes are also designed to resist corrosion and fouling caused by repeated contact with harmful substances.
The odourless properties of modern surface coatings provide an added benefit to construction workers and to traffic. Contemporary flooring systems are designed for minimum environmental impact and surfacing materials are available for use on bridges and marine decks that contain no Volatile Organic Compounds (VOC).