The Role of Cone Crushers in the Aggregates Industry: A Focus on Allis Chalmers 13-36
The aggregates industry is a cornerstone of modern infrastructure, providing essential materials for construction, road building, and concrete production. Among the critical equipment in this sector, cone crushers stand out for their efficiency in reducing hard and abrasive materials to precise sizes. The Allis Chalmers 13-36 cone crusher exemplifies this capability, offering reliability and performance for mid-range crushing applications.
Global demand for high-quality aggregates continues to rise, driven by urbanization and infrastructure development. Cone crushers play a pivotal role in producing uniformly sized stone, gravel, and sand. Their ability to handle secondary and tertiary crushing makes them indispensable in processing quarried rock or recycled concrete.
The Allis Chalmers 13-36 is a robust cone crusher designed for durability and consistent output. Key features include:
While newer models offer advanced automation, the 13-36 remains valued for its mechanical simplicity and cost-effectiveness in smaller quarries or recycling plants.
1. What is the maximum feed size for the Allis Chalmers 13-36?
Typically up to 3 inches (75 mm), but optimal performance depends on proper choke feeding and material characteristics.
2. How does it compare to modern cone crushers?
While lacking hydraulic adjustments or digital controls, its rugged build makes it a reliable choice for operations prioritizing longevity over high-tech features.
3. Can it process recycled concrete or asphalt?
Yes, though abrasive materials may accelerate wear on manganese liners—regular inspections are recommended.
A quarry in Texas retrofitted an older Allis Chalmers 13-36 with updated bearings and liners to extend its service life. By pairing it with a vibrating screen, they achieved consistent production of ¾” aggregate for local road projects, demonstrating the model’s adaptability even decades after manufacture.
In an industry where equipment longevity and operational efficiency are paramount, the Allis Chalmers 13-36 represents a balance of proven engineering and practical functionality. For operators seeking dependable secondary crushing without overinvesting in technology, this model remains a viable solution—underscoring the enduring value of robust design in aggregates processing.
