Container Asphalt Mixing Plant Modular Design LB2500
The equipment is designed with modularization according to international container standards, adopting a container-style frame structure certified by the China Classification Society. It meets the requirements of the Container Inspection Regulationsand the International Convention for Safe Containers, allowing for direct sea shipment.
Product advantages
Drying Drum
◉ The drying drum features an optimal length-to-diameter ratio and a blade arrangement design that is perfectly matched with our self-developed burner to achieve maximum thermal efficiency.
The support rollers and roller rings are manufactured using forging processes. Compared to traditional casting methods, this ensures greater welding strength while significantly extending service life.
Burner
◉ The burner flame size is perfectly adapted to the requirements of the drying drum. It utilizes mechanical atomization, which saves fuel and offers compatibility with various types (supported fuels: diesel, heavy oil, residual oil, natural gas). The system is equipped with dual fuel pumps, and the air-to-fuel ratio is controlled by variable frequency drives and a numerical control system, allowing for precise digital adjustment.
Vibration Screen
◉ ual vibration motor drive.
◉ Maintenance-free structure.
◉ Front-rear doors design.
◉ Hook-spring tensioning for screens, making them easy to replace.
◉ Large screening area.
◉ Screening efficiency up to 95%.
Mixing & Weighing System
◉ Filler: Automatic drop compensation technology; two discharge gates feed into the mixer.
◉ Mixer: Large-volume, horizontal twin-shaft design with shaft-mounted gearboxes and gear synchronization for compact structure and stable, reliable production. Maximum batch capacity: 3,000 kg.
Dust Collection System
◉ Pulse reverse-jet bag filter system with an integrated structure combining a gravity dust collector and a bag filter. The bag filter is located above the dryer drum, which reduces installation time and heat loss. This design increases thermal efficiency by 1–2%, saving fuel and land area.