Introduction: Efficient Asphalt Mixing for Medium Projects
The TTM LB1200 Asphalt Mixing Plant is engineered for precision and efficiency. With a capacity of 96 tons per hour, this plant supports contractors managing medium-scale asphalt production projects. Its robust features ensure smooth operation and high-quality asphalt output.
High Production Efficiency
The LB1200 features a large dryer drum with a 1.75-meter diameter and 8-meter length. This design ensures complete aggregate drying, leading to consistent asphalt quality. A powerful mixer with 1200kg capacity delivers uniform asphalt mixtures every time.
Fuel Flexibility for Cost Control
Multiple fuel types can be used with the LB1200 burner. Options include diesel, heavy oil, coal powder, and natural gas. This flexibility helps contractors adapt to local fuel availability and control operating costs effectively.
Environmental Responsibility Built In
A Cyclone + Baghouse system handles dust collection efficiently. With 440 square meters of bag area, emissions are kept under control. Clean operation benefits both workers and the surrounding environment.
Advanced Mixing and Storage System
The mixing tower includes four hot hoppers, each holding 25 cubic meters. Asphalt storage can be customized to include under-storage or side-storage, up to 100 tons. These features ensure steady supply and smooth workflow.
Durable Transmission System
The plant uses a double gearbox transmission. Gear synchronization ensures smooth operation and lower maintenance. Continuous production is supported with less downtime and fewer mechanical issues.
Bitumen and Filler Supply Precision
The LB1200 includes two silos for filler—50 cubic meters for reclaimed and 30 cubic meters for virgin. Bitumen is heated via electric or diathermic oil systems. Temperature control remains stable, which helps maintain asphalt quality.
Ideal for Mid-Sized Projects
Contractors looking for a reliable asphalt mixing solution will find the LB1200 an excellent investment. Its sturdy construction, versatile systems, and efficient layout meet the challenges of medium-scale infrastructure development.
