Photo by HOPSONROAD. License: CC BY-SA 4.0
Ship decks, by their very nature, are hazardous places to be. The combination of movement, wet surfaces, and often congested work areas creates conditions in which slip-related injuries are a constant occupational risk. Although this risk can’t be entirely eliminated, it can be significantly reduced through the use of high-friction surfacing systems.
Anti-skid deck coatings, in particular, are widely regarded as one of the most effective and well-established methods for improving traction and preventing slips and serious accidents in marine environments.
History and Development of Anti-Skid Surfaces
Anti-skid surfaces have been used since the 1930s, initially with simple grit-based mixtures. Advances in materials, textures, and application methods now offer a wide range of systems tailored to various environments and performance needs.
Today, high-friction surfacing is common in marine engineering and transport infrastructure, focusing on durability, safety, and long-term performance.
For example, cruise ships require surfaces that are effective yet visually unobtrusive, while oil, gas, and heavy-industry vessels need coatings that withstand mechanical wear, extreme heat, and chemical exposure, especially when dry-dock servicing is limited.
Anti-skid surfaces are strongly recommended for ship walkways, marine decks, and many commercial sectors. Choosing the right system involves considering maintenance, durability, and operational practicality.
Maintenance Considerations for Marine Anti-Skid Surfaces
Maintenance procedures should be simple to perform—ideally with a roller brush—and must be feasible even on a pitching deck in bad weather.
Material choice is crucial for reliable performance and ease of application. Strong anti-corrosive properties are essential due to harsh marine conditions causing surface wear.
Operational constraints also affect maintenance. While river vessels may dock for repairs, offshore vessels require fast, efficient solutions to avoid downtime.
Fast-curing formulations are valuable, allowing quick reapplication of safe, durable surfaces with minimal service interruption.
Key Takeaways:
- Maintenance must remain simple, achievable with a roller brush, and executable under high stress scenarios, including on a moving deck in harsh weather conditions.
- Anti-corrosive material quality is essential. Marine environments quicken surface wear and degradation, weakening a coating’s effectiveness over time.
- Operational conditions play a big role in shaping maintenance strategy. Offshore vessels, for example, cannot afford downtime and require solutions that sustain performance without interrupting service.
- Fast-curing formulations enable effective surface reinstatement with minimal service interruption, which is critical for vessels operating continuously.
Advances in Anti-Skid Surface Technologies
The majority of quality products on the market, including those using advanced resin compounds, now offer the following as standard:
- Anti-rust
- Anti-wet
- Easy-to-clean finishes
Recent developments have further introduced systems that are quick to apply, highly resistant to wear, and capable of performing reliably in demanding thermal environments — including both cold and hot conditions.
As awareness of health and safety standards continues to grow, anti-skid surfacing technology will also advance. Anticipated innovations include:
- Glow-in-the-dark surface treatments
- Anti-ice coatings
- Integrated security systems
These developments are expected to benefit both the commercial shipping sector and the broader maritime tourism industry.
High-Friction Surfacing Beyond Ship Decks
Anti-skid technology was initially developed for the marine industry but has since expanded beyond it.
High-friction surfacing systems have been shown to reduce slips, falls, and accidents on a range of land-based applications, including pedestrian walkways, car parks, motorways, cycle lanes, and driveways.
Pedestrian Walkways: Minimising Trip Hazards
Uneven surfaces and worn finishes are among the leading causes of pedestrian falls, especially in rainy conditions or high-footfall areas.
High-friction surfacing provides reliable traction and significantly reduces accident rates when correctly laid over existing concrete or paved surfaces. The material can be applied with minimal disruption to ongoing pedestrian traffic, and its durability helps ensure a long service life with low maintenance needs.
Road Surfaces on Sharp Bends: Improving Vehicle Grip
Road traffic accidents at junctions and sharp bends are more common than is often realised, particularly in wet or harsh weather conditions.
The application of high-friction surfacing — using calcined bauxite aggregate laid over a prepared primer — significantly improves vehicle traction and reduces stopping distances. With fast-curing formulations, the process can be completed with minimal disruption, restoring the site to full service in the shortest possible timeframe.
This solution is often considered ideal for motorways, slip roads, and urban bends, where safety and reducing loss-of-control are critical.
Cycle Lanes: Durable and Slip-Resistant
Cycle paths require careful surfacing design at points of conflict, including traffic lights, junctions, and crossings with vehicle routes.
Anti-skid treatments applied to cycle lane surfaces provide vital grip in rainy conditions, reducing falls and improving overall safety for cyclists.
The range of available colours also allows for a clear definition of cycle routes, which improves visibility and creates a safer environment for all road users.
Car Parks: Safer Walking and Driving Surfaces
Car parks introduce significant risk, especially in wet or icy conditions. Vehicles moving at speed on wet, smooth surfaces — with pedestrians often nearby — create conditions where accidents are more likely to occur.
High-friction surfacing applied on ramps, pedestrian routes, and entry points significantly reduces these risks by improving traction for both vehicles and pedestrians. The application is straightforward, fast-curing, and can be removed and replaced when required with minimal disruption to the facility’s operation.
Bus Lanes: Reducing Traffic Risks
Bus lanes at junctions and busy urban intersections are more prone to heavy wear. The repeated braking and acceleration of heavy vehicles wears surfaces down faster than most road sections, and as grip deteriorates, the risk of a road traffic accident increases steadily.
The application of high-friction surfacing in these environments restores traction, improves safety for bus passengers leaving the vehicle in harsh weather conditions, and contributes to a reduction in road traffic accidents.
Key Takeaways:
- Anti-skid technology was first used in marine environments and is now widely used on pedestrian walkways, roads, cycle lanes, car parks, and bus lanes
- Worn and uneven surfaces are one of the leading causes of pedestrian falls. High-friction coatings applied over existing concrete provide durable traction with minimal disruption during installation.
- Sharp bends, junctions, motorways, and slip roads all carry a higher-than-average accident risk. Calcined bauxite aggregate surfacing improves grip and helps reduce stopping distances.
- Cycle lanes require anti-skid treatment at intersecting points such as traffic lights and junctions. Colour options also improve route visibility and safety for all road users.
- Car park ramps and pedestrian routes pose a higher slip risk in wet or icy conditions. High-friction surfacing improves traction for all road users and can be removed and replaced with minimal impact.
- Bus lanes experience accelerated wear from repeated heavy braking. Restoring surface grip reduces road traffic accidents and improves passenger safety in harsh weather conditions.