With strong strength, D&G Machinery has won recognition from customers again
The DGXR4000D Monoblock hot recycled asphalt mixing plant of D&G Machinery is being installed in full swing.
The market is the best testing ground. For many years, D&G Machinery has been in a leading position in the Anhui market competition, relying on the two "hard strengths" of products and services! In January 2025, it won the bid for another set of DGXR4000D Monoblock hot recycled asphalt mixing plant, and joined forces with Anhui Huaren Road and Bridge Engineering Co., Ltd. to build a new chapter in Ningguo road construction.
After fierce competition, the customer finally chose D&G Machinery. Due to the early start of construction in 2025 and the large amount of work, the customer required that the material must be produced before March. The time for supply, installation and commissioning was less than 70 days. Under such a tight schedule, both parties cooperated sincerely and did their respective work with extremely high efficiency.
The reuse of recycled materials RAP greatly reduces carbon dioxide emissions and the consumption of asphalt and stone resources, and abandons the stereotype of patchwork "recycling function". DGXR series Monoblock hot recycled asphalt mixing equipment of D&G Machinery is an innovative asphalt recycling technology developed by D&G Machinery. It is specially developed in combination with the market demand for hot recycling of asphalt mixing plant. This type of equipment adopts an Monoblock design, so it is widely called a hot recycled Monoblock machine in the market.
Regenerative downstream heating, multiple optional addition ratios, RAP maximum addition ratio 100%
The mixer is installed in the center of the " Monoblock " equipment to ensure that the recycled materials and new aggregates required for production can be directly fed into the mixer from their respective measuring system, abandoning the traditional chute into the pot structure, greatly reducing the problem of sticking of old asphalt materials.
