The special alkaline resistant fibreglass is encapsulated in a matrix of polymer modified cement which includes sulphate resistance cement, metakaolin, and several chemical additives to produce a practically inert material. Although the pole-top electrical equipment may be unserviceably damaged in a bush fire, with a Titan, the significantly more expensive entire-pole replacement cost is eliminated. This means the time-consuming process of sourcing and transporting of a new pole into what can sometimes be difficult terrain, is no longer an issue. Hence, the power should be restored much quicker. Additionally, bushfire threats through wooden pole failures due to fungal decay and vermin infestation are eliminated when using a Titan. Similarly, pole failures attributed to rust and associated structural deterioration in other pole materials are also removed. Th e unique Titan project strategy of ‘one pole installed for life,’ is promoted by the 70+ years minimum estimated service duration. With no ongoing maintenance or chemical application, and the lowest labour cost inspection regime, the ‘whole-of-Life’ efficiencies of the Titan are unparalleled in this industry. Th e Titan’s high strength to-weight ratio has been applauded by powerline designers for years. A recent survey of Titan poles in service for around seven years, showed the pole strength has in fact increased significantly since initial installation