15 ton HGV refidgerated euro 6
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£7,995
- Year/Month: 2014/0
- Stock ID: T116529
- Transmission: Manual
- CC: 6700
- Mileage: 0
- Fuel Type: Diesel
- 429 Views
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In the heavy transport sector, one of the very widespread questions by the clients who use or prefer to use daf trucks for sale in Australia is the difference between conventional and radial tires. The structure of a conventional tire also called ‘textile’ is composed of overlap of layers of reinforcement such as fabric or even PR in rubberistic jargon, etc. crossed diagonally from one heel to the other, providing a homogeneous resistance both on the tread and on the shoulder of the same.
Increase or Decrease
Depending on the number of fabrics of the tire, it increases or lessens the resistance of the tire thus making them particularly resistant to wear and to side impacts during processing on treacherous grounds. However, with this structure, strong stress is created during the journey the use of this type of high-strength tires is not recommended. However, during rolling there are strong stresses inside the casing, making this type of tireless suitable for high speeds. Otherwise, the radial tires have the reinforcement applied transversely to the direction of travel. This reduces internal friction and the rolling deformations are distributed more homogeneously. However, the new technologies of the largest tire developers have developed radial products capable but that has direct or indirect effects on daf trucks price in Australia if a user or buyer want to add that in his vehicle.Â
Conventional Tires
However, resisting side impacts like a conventional tire, thus continuing to have a tread uniform with which the pressure on the ground is distributed, in order to have less soil compaction and better stability of the machine. The difference between a conventional tire and a radial tire are various but it will be better to heed characteristics of the conventional tire i.e. The conventional tire, also called textile, is made by superimposing diagonally crossed layers of reinforcement that give homogeneous characteristics to the various areas of the tire such as sides and tread. This feature makes conventional tires particularly resistant to wear and side impacts as can easily happen when driving on uneven terrain. However, during rolling there are strong stresses inside the casing, making this type of tireless suitable for high speeds; their greatest advantage is the great lateral stability derived precisely from the crossing of the steel wires of the reinforcement.
Radial TiresÂ
In the auto sector, radial tires are exclusively used, the conventional ones still find a valid application in the agricultural and forestry sector and construction or work vehicles in general. Radial tires are characterized by the arrangement of the armature in a transverse direction with respect to the direction of travel. This characteristic reduces internal friction and the rolling deformations are distributed in a very alike way. The reason that leads to the use of the radial tire in the automotive sector is precisely its marked vocation for high speeds and poor sidewall deformation. But even in the agricultural and industrial field, radial tires can rely on some of their valuable features, among which the very interesting is the uniformity with which the ground pressure is distributed.