Efficient Asphalt Mixing Plant

In order to achieve excellent fuel energy saving effects, the optimization design of efficient asphalt mixing plant equipment structure is also crucial. Haomei Machinery uses software joint simulation technology to optimize the design of the drying drum of the asphalt mixing plant, optimizing the optimal residence time of materials in the drum, forming a uniform material curtain for aggregates, achieving efficient heat exchange with hot air, ensuring the heating temperature of aggregates, and controlling the tail gas temperature to remain between 90°C and 110°C, so that the tail gas will not condense and will not lose fuel due to excessive temperature.
 

Efficient screening performance and good grading accuracy are the prerequisites for producing high-quality asphalt mixtures. Haomei Machinery asphalt mixing plant vibrating screen has a matched frequency and amplitude, with a grading accuracy of over 95%, and can handle various harsh working conditions. The vibrating screen is driven by a vibrating motor, which can save 12.4 kWh of electricity per hour compared to the double eccentric shaft vibration method.
 

The new concept of a double horizontal shaft mixing cylinder has strong mixing ability, low energy consumption, and is equipped with high-performance wear-resistant and vulnerable parts, which have a service life 2-3 times longer than conventional materials and have super wear resistance performance, suitable for harsh environments.
 

Faced with the increasingly fierce market competition, the profit space in the market is gradually shrinking, and asphalt mixture production companies have to seek breakthroughs for long-term development. In order to obtain higher economic benefits and enhance market competitiveness, choosing efficient asphalt mixing plant equipment with lower comprehensive operating costs, more stable performance, and higher energy utilization is the successful way for Haomei Machinery to win the trust of owners and achieve stable returns on investment.