Continuous Asphalt Plants

Product Overview

We have marked a distinctive niche in the market by manufacturing and supplying Continuous Asphalt Plants from Gandhinagar, Gujarat, India. Continuous asphalt plants are so-called because there is no interruption in the process of asphalt production. Unlike batch-type plants, the mixing of aggregates, filler and bitumen takes place in the dryer drum. For this reason the drum, which is considerably longer than a batch-plant drum, takes the name of drum-mixer. The revolutionary feature of this technology is that the simplicity and economy of the dryer-drum is able to guarantee a high level of performance and high quality of the finished product, providing that accurate checks of the raw materials are made. There are two different types of continuous plants: the parallel flow drum-mixer (the simplest and least expensive plants) and the counter-flow plants, more efficient from a heat-exchange point of view. As in traditional plants, the asphalt produced in the dryer-mixer drum is then fed into storage silos, for later discharge onto trucks and transport to the road working site.

2025nd Year

Contact Person

B No. AV 39-40-41, GIDC Sanand II, Village BOL,

Product Description

We have marked a distinctive niche in the market by manufacturing and supplying Continuous Asphalt Plants from Gandhinagar, Gujarat, India. Continuous asphalt plants are so-called because there is no interruption in the process of asphalt production. Unlike batch-type plants, the mixing of aggregates, filler and bitumen takes place in the dryer drum. For this reason the drum, which is considerably longer than a batch-plant drum, takes the name of drum-mixer. The revolutionary feature of this technology is that the simplicity and economy of the dryer-drum is able to guarantee a high level of performance and high quality of the finished product, providing that accurate checks of the raw materials are made. There are two different types of continuous plants: the parallel flow drum-mixer (the simplest and least expensive plants) and the counter-flow plants, more efficient from a heat-exchange point of view. As in traditional plants, the asphalt produced in the dryer-mixer drum is then fed into storage silos, for later discharge onto trucks and transport to the road working site.

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