Asphalt is a mixture of

Road construction asphalt


Large-scale construction projects can be completed swiftly and asphalt pavements laid seamlessly across the greatest widths with a laydown rate of up to 1, 600 t/h and a pave width of up to 16 m. You are here:

The first person in the paving team, however, is the truck driver who fills the asphalt into the paver's hopper. Two mutually independent conveyors transport the material through the machine to the rear, where it is uniformly distributed between paver and screed by two individually controlled rotating screw conveyors. When paving a standard mix, the temperature should always remain above 110 °C in order to ensure sufficient time for compaction.

Large-scale construction projects can be completed swiftly and asphalt pavements laid seamlessly across the greatest widths with a laydown rate of up to 1, 600 t/h and a pave width of up to 16 m.

Supply of mix and job site logistics

The hot mix should be covered when delivered by charging trucks to ensure that the paving operation is carried out in the most suitable time frame. To guarantee continuous paving, the capacity of the asphalt mixing plant always needs to be higher than the paver’s laydown capacity. If the paver stops moving due to lack of material, disruptive lateral joints occur as a result of the paved layer cooling down.A continual material flow and the correct set-up of the machine are two crucial factors in any paving operation. When paving standard mix, the paving temperature should be higher than 110°C to allow an as large time frame as possible for compaction.

A continual material flow and the correct set-up of the machine are two crucial factors in any paving operation.

Paving with the road paver

All paving units need to be heated prior to commencing the paving operation to prevent the mix from sticking to sensitive parts of the machine. On modern pavers, the compacting systems in the screed can be actuated separately. Particularly the high compaction screeds achieve very good compaction. As a result, the rollers behind the paver require fewer passes to achieve the specified final degree of compaction.

Optimum final compaction

Compaction effected by the high-density screed enables the rollers which follow behind the paver to achieve the overall final density specified by the client in fewer roller passes. In most cases, the road paver is geared for either high density or fast advance speed, both of which have an effect on the number of roller passes required.



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