Custom HPC Hydraulic Cone Crusher: High-Yield Performance for Hard Rock Manufacturers, Factory

The HPC Hydraulic Cone Crusher sets a new standard in the field of secondary and tertiary crushing. Integrating the latest in crushing stroke dynamics with a high-performance hydraulic lubrication system, the HPC series is engineered specifically to tackle high-hardness and medium-hardness materials, such as granite, basalt, iron ore, and river pebbles. It is the preferred choice for large-scale mining operations and aggregate plants requiring high throughput and superior product quality.

Superior Crushing Efficiency The HPC distinguishes itself through its optimized crushing chamber and the unique "lamination crushing" principle. By combining a high swing speed with a large stroke, the machine crushes material not only against the metal liners but also against other particles within the chamber. This inter-particle crushing action significantly increases the production capacity and improves the shape of the final product, resulting in a high percentage of cubic materials with minimal flakiness—crucial for high-standard construction projects.

Product Description

⚙️ Product Description
Advanced Hydraulic Intelligence True to its name, the HPC features a state-of-the-art hydraulic system that simplifies operation and enhances protection.
Precise Adjustment The hydraulic adjustment mechanism allows operators to change the discharge opening size quickly and accurately, ensuring consistent product gradation.
Overload Protection If unbreakable material (tramp iron) enters the chamber, the hydraulic cylinders automatically release the crushing wall to let the object pass, then instantly reset to the original setting.
Hydraulic Clearing In the event of a sudden power failure or shutdown under load, the hydraulic system can clear the crushing chamber automatically, eliminating the need for manual labor and drastically reducing downtime.
Robust and Easy to Maintain The HPC is designed with a separate thin-oil lubrication system that ensures dual protection for the bearings. With its modular design, wear parts like the mantle and bowl liner are easily accessible and replaceable. This focus on ease of maintenance and operational stability makes the HPC Hydraulic Cone Crusher an ideal solution for boosting productivity while lowering overall operating costs.
📊 Main Technical Specifications
Model Cavity Type Max Feeding (mm) Min Output (mm) Capacity (t/h) Motor (kw) Weight (t) Dimension (mm)
HPC200F2 (Extra Fine)751090-19016013.42135×1750×1927
HPC200F1 (Fine)9513120-20016013.42135×1750×1927
HPC200M (Medium)12516140-22016013.42135×1750×1927
HPC200C1 (Coarse)18519150-25016013.42135×1750×1927
HPC300F2 (Extra Fine)8010110-24025018.12725×2110×2182
HPC300F1 (Fine)10513130-26025018.12725×2110×2182
HPC300M (Medium)15016175-32025018.12725×2110×2182
HPC400F1 (Fine)11014180-345315262975×2370×2495
HPC400C1 (Coarse)25125295-560315262975×2370×2495
HPC500M (Medium)21022345-605400373447×2830×2977
HPC500C2 (Extra Coarse)33038445-855400373447×2830×2977
FAQ
Q: What are the main advantages of the HPC Hydraulic Cone Crusher?
A: It features advanced hydraulic intelligence for overload protection, precise discharge opening adjustment, and automatic chamber clearing to minimize downtime.
Q: How does the overload protection system work?
A: If uncrushable material enters the chamber, hydraulic cylinders automatically release the crushing wall to let the object pass, then instantly reset to the original setting.
Q: Is the maintenance of this crusher difficult?
A: Not at all. Its modular design allows easy access to wear parts like the mantle and bowl liner, and it includes a separate thin-oil lubrication system for enhanced bearing protection.
Q: Can the output size be adjusted quickly?
A: Yes, the hydraulic adjustment mechanism allows operators to change the discharge opening size quickly and accurately to ensure consistent product gradation.
Q: What should I do if a power failure occurs during operation?
A: The hydraulic system is designed to clear the crushing chamber automatically in the event of a sudden power failure, eliminating the need for manual labor.

Related Products