RLB2000 Asphalt Mixing Thermal Regeneration Equipment

Equipment introduction

RLB2000 asphalt mixture thermal regeneration equipment is designed using the most advanced thermal regeneration technology in the world. It is to add the asphalt mixture milled from damaged asphalt pavement into the mixing cylinder of the asphalt mixture mixing equipment according to different proportions after screening (if necessary), heating, storage and measurement, and mix it with the new aggregate and the new aggregate in the mixing cylinder. Asphalt, etc. (based on the asphalt content, asphalt aging degree, gravel gradation and other indicators in the recycled asphalt mixture, a certain amount of new aggregate, asphalt, and regenerant (if necessary) are added for uniform mixing to produce excellent asphalt Mixture. It can be used for the bottom layer, middle layer and surface layer of high-grade asphalt pavement.

Using this asphalt mixing plant hot mixing regeneration equipment can not only reuse more than 25% of recycled aggregates, but also save more than 25% of asphalt resources. It effectively reduces the production cost of asphalt mixture, generates huge economic benefits, and avoids environmental pollution, which is a favorable guarantee for the sustainable development of society. RLB2000 asphalt mixture thermal regeneration equipment has the characteristics of stability, reliability, advanced technology, safe thermal regeneration heating, no burning loss, zero emission of blue smoke, no additional pollution, and accurate measurement. The maximum recycled material addition ratio can reach 60%. It is a world-class advanced equipment that can bring maximum economic benefits to the majority of users.

The RLB2000 asphalt mixing thermal regeneration equipment is based on the standard intermittent asphalt mixing equipment, with an additional set of independent downstream regeneration drying drum and metering device. The recycled material is heated by an independent regeneration drying drum and weighed by an independent metering system, so that its temperature and addition ratio can be accurate and reliable. In order to prevent asphalt from overheating and aging, a specially designed short flame and large diameter burner is used to avoid direct contact of the combustion flame with recycled materials and asphalt. It can be adapted to use in 4000 and 5000 type asphalt mixing stations.