ALT80 – High-Efficiency Asphalt Drum Mixing for Cost-Effective Production
Continuous Production – Uninterrupted Asphalt SupplyThe ALT80 drum mixing plant operates with a continuous production process, ensuring a steady and consistent asphalt output, ideal for projects requiring high efficiency and minimal downtime.
Energy Efficiency – Optimized Fuel ConsumptionDesigned with advanced heating technology, the ALT80 maximizes fuel efficiency, reducing operational costs while maintaining optimal asphalt quality, making it an eco-friendly and cost-effective solution.
Compact & Stationary Design – Perfect for Medium and Small Projects As a non-mobile asphalt mixing plant, the ALT80 is the ideal choice for medium and small-scale projects, offering reliable performance without the need for frequent relocation.
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Highlights
Cold Aggregate Bin – Stable Material Feeding
Equipped with a multi-compartment cold aggregate bin, ALQ120 ensures a steady and accurate supply of raw materials, reducing segregation and enhancing mix consistency.
The advanced drying drum utilizes optimized heat exchange technology to remove moisture effectively, ensuring uniform heating and energy efficiency for superior asphalt production.
Vibrating Screen – Accurate Aggregate Classification
A high-performance vibrating screen precisely separates aggregates by size, guaranteeing a well-graded mix for enhanced pavement durability and strength.
Hot Aggregate Bin – Optimized Storage & Distribution
The hot aggregate bin provides efficient material storage and controlled distribution, ensuring a smooth and continuous mixing process while minimizing waste.
Dust Filter – Eco-Friendly Emission Control
ALQ120 features an advanced dust collection system, effectively capturing fine particles and minimizing environmental impact, ensuring compliance with emission standards.
All details, illustrations and texts are non-binding and may include special equipment. We reserve the right to make technical changes without prior notice. Performance data are dependent upon actual operational conditions.