SteelSurf™ is designed to resist deformation caused by heavy loading of specialized vehicles used in steel ladle transport.
In environments where loads are high and movement is slow, asphalt is exposed to concentrated stress that can lead to rutting and surface failure. SteelSurf is developed specifically for these conditions, maintaining surface stability under sustained mechanical pressure.
SteelSurf is made to maintain surface stability under the slow-moving scrubbing action of heavy vehicle tyres. It is used in heavy industries such as coal, electricity, ports, and sugar manufacturing, as well as in public infrastructure where similar stress conditions exist.
The durable asphalt is also used by local authorities in locations such as road intersections, industrial estates, and roundabouts—areas where repeated turning and braking create localized stress on the surface.
These environments typically involve:
SteelSurf is engineered to perform under these exact conditions.
Manufactured from steel slag aggregate, SteelSurf excels in heavy-duty applications, withstanding road surface wear in extreme load conditions.
Steel slag provides increased resistance to deformation and surface wear, helping the asphalt maintain structural integrity over time. This makes it particularly effective in environments where conventional asphalt would be more likely to rut or break down.
SteelSurf has achieved strong performance across a range of demanding applications where durability and long-term stability are critical.
Following high skid-resistant values, numerous local authorities have adopted SteelSurf as a preferred material for roundabout applications due to its performance, durability, and sustainable credentials.
High skid resistance is particularly important in junctions and intersections, where braking forces and surface grip directly impact safety.
SteelSurf is suited to applications where:
In many cases, SteelSurf is selected for lower-speed, high-stress environments, while alternative solutions may be more appropriate for higher-speed road networks.
Following extensive in-house Research & Development at our Rotherham facility, SteelSurf is now also available in two additional formats.
SteelSurf SLA enables faster installation by reducing the need for multiple layers. It allows for variance in the receiving course without requiring full regulation.
This can improve installation efficiency and reduce construction time, particularly in projects where access or disruption needs to be minimized.
SteelSurf Drive is a sustainable asphalt solution consisting of 95% steel slag aggregate. It has been developed to withstand scuffing and marking commonly seen on driveways and car parks.
It is designed to accommodate:
while maintaining a consistent surface finish and long-term durability.
The A630 Rotherway roundabout is a major arterial route linking to M1 Junction 33 in South Yorkshire.
14mm SteelSurf was recommended for this application due to its ability to perform under extreme stresses and resist deformation while providing a high skid resistance.
SteelSurf significantly improved performance. The local authority reduced its carbon impact by 21 kg CO2e per tonne of asphalt.
An asphalt surfacing company, which provides tarmacadam and paving services had a requirement to resurface their yard where their equipment would be stored.
10mm SteelSurf was recommended for this project due to its key benefits of performing under extreme stress, heavy duty, high resistance to scuffing and resisting deformation.
The material excels under extreme conditions, providing durable, long-lasting and high-performance asphalt that reduced 21 kg CO2e per tonne of asphalt, contributing to the asphalt contractor’s net zero ambitions.
Broom Lane is a traditional estate road that required resurfacing due to deformation and low-skid resistance.
14mm SteelSurf Eco+, which incorporates a bio-binder replacement, was offered to provide exceptional durability, resistance to deformation, high resistance to surface scuffing and low permeability.
The material is performing to high standards as expected and saved the local authority 44.6 kg CO2e per tonne of asphalt.
The extensive driveway of Wentworth Woodhouse, a Grade I listed stately home in South Yorkshire, needed resurfacing due to high fatigue and multiple potholes.
SteelSurf PMB was recommended for its durable properties in high-stress locations for heavy-duty applications. The material is highly resistant to surface scuffing and deformation.
The material is performing to high standards and provides safe, durable access to the main house for visitors and commercial vehicles.