Access for high-energy generation sites.
Heavy-duty modular access with reduced conductivity engineered in by design.
High-Energy Access
Generation environments concentrate energy, and conventional conductive steel access adds a risk category of its own. The Taurus Transom™ is built differently: reduced conductivity is engineered into the system as a design characteristic through polymer joint isolation protected by an international patent family, not added as an accessory. A formal validation program is underway.
High-Energy Site Safety
Engineered for high-consequence environments where electrical safety is paramount.
Reduced conductivity is engineered into the Taurus Transom™ as a design characteristic, relevant on generation sites where conventional steel access is a risk multiplier.
Outage windows are fixed; access should not be the constraint. At roughly half the weight of comparable steel systems (component weigh-in basis, 30 June 2026), the Taurus Transom™ erects and strips with less manual handling and lower crane demand across boiler houses and turbine halls.
Technical Proof
Engineering authority and technical specifications for high-consequence environments.
Reduced conductivity
Reduced conductivity for live sites and high-energy environments.
Structural Weight
Roughly half the weight of comparable steel systems (component weigh-in basis, 30 June 2026); comparable in weight to premium aluminium.
Load Capacity
Rated heavy duty at 6.6 kN (675 kg) per bay, per working platform level under AS/NZS 1576.1.