Product Introduction to the Pouring-Type Asphalt Mixing Plant

　　The batch-type asphalt mixing machine is a key piece of equipment used in the production of aerated concrete. It is primarily employed to mix slurry, cement, quicklime, gypsum, and aluminum powder paste suspensions—each introduced into the mixing tank according to a specific proportion—ensuring uniform blending, thorough reaction, and timely injection of the mixed slurry into molds.

　　Use:
　　It is used to stir the production raw materials, ensuring they are evenly mixed and fully reacted, and promptly inject the resulting slurry into the mold frame.

　　Structural characteristics:
　　The batch-type asphalt mixing machine employs a propeller-type mixer that generates strong eddy currents within the mixing drum, breaking down the coating on quicklime particles and ensuring thorough and uniform mixing. Meanwhile, the adjustable pouring arm can be raised or lowered during the pouring process to prevent splashing. This machine is available in both stationary and mobile models and is designed to deliver precise, measured amounts of mix into molds.
　　The batch-type asphalt mixture mixer comes in both stationary and mobile models, and the prepared slurry is quantitatively poured onto molds.

　　Operating Procedures:
　　1. Check whether the equipment of the cast-in-place asphalt mixture mixer—such as mechanical components, electrical instruments, air lines, and valves—is functioning properly, and ensure that commonly used tools like pry bars and hammers are readily available. Drain any accumulated water from the compressed air reservoir.
　　2. When inserting the core, do not close the mold until your hands are fully separated to prevent crushing injuries. When two people are working together, they must remain fully focused, coordinate closely, and look out for each other. The castings after pouring should be stacked neatly and stably. The stacking height should be moderate, and care must be taken to leave adequate pedestrian walkways.
　　3. Do not proceed with pouring if there are core heads, damaged core plates, or improper mold closure. When performing the pour while the mold is closed, no personnel should stand in front of the die-casting machine to avoid burns from molten metal escaping. In the event of a serious emergency such as severe molten-metal leakage, immediately release the pressure and cut off the power supply. Promptly handle any molten metal that has leaked out.
　　4. Lifting operations must strictly adhere to the safety operating procedures for slingers. Before using wire ropes, check for any damage; the lifting hook must be securely and firmly attached before lifting can commence.
　　5. Funnels, rapid thermometers, thermocouple coatings, and the like must be dried before use.
　　6. After completion, all valves should be closed, the equipment’s power supply disconnected, and the work site cleaned up.