As the world’s largest archipelago experiences year-on-year growth builders are relying on the P6820C to iron out solid infrastructure for the nation.
|The Volvo P6820C paver moving Indonesia forward|
In its annual flagship publication, Asian Development Outlook (ADO) 2018, the Asian Development Bank expects the Indonesian economy to grown 5.3 per cent in 2018 and 2019 as investment accelerates and household consumptions improves.
On the back of this economic growth, the Indonesia government is investing heavily in infrastructure projects such as building new roads and widening existing roads for better access. In North Jakarta, contractor PT Widya Sapta Contractor is relying on Volvo’s P6820C to widen the road access on an industrial estate.
“We needed to complete the road widening in one week, so we wanted the best and most reliable equipment available,” said Binsar Simanjuntak, equipment manager at PT Widya Sapta Contractor. “The P6820C has strong horsepower and is a high-tech automatic machine with precise sensors that was able to continuously pave while providing good compaction results.”
In early May, the P6820C worked five to 10 hours daily to complete a 1 km access road in Cakung, a subdistrict of North Jakarta, Indonesia. The road-widening project will allow the road to accommodate 40-tonne vehicles.
The new Volvo P6820C tracked paver offers paving widths of 2.5 m to 10 m and is powered by a 142 kW, Tier-3 compliant engine to offer an average paving output of 700 tonnes per hour. Equipped with a smart power mode, the P6820C paver offers up to 30% in fuel savings compared with its predecessor. Volvo Variomatic screeds provide customers with hydraulically-extending widths and the paver can also be configured with manual screeds.
Beyond widening roads, the P6820C paver is also an excellent choice for projects such as municipal and main roads, highways and waste storage zones. The paver can also handle diverse materials without issue, from wearing course and binder course, to base course and frost protection layer