Custom HPC Hydraulic Cone Crusher from China Suppliers: High-Yield Performance Factory for Hard Rock Crushing Supplier, Factories

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The HPC Hydraulic Cone Crusher sets a new standard in secondary and tertiary crushing applications. Designed specifically for high-hardness and medium-hardness materials, such as granite, basalt, iron ore, and river pebbles, this crusher incorporates advanced crushing stroke dynamics and a high-performance hydraulic lubrication system. As one of the leading suppliers in China, we cater to large-scale mining operations and aggregate plants that demand high throughput and exceptional product quality.

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Superior Crushing Efficiency is a hallmark of the HPC series. This crusher features an optimized crushing chamber and utilizes the unique lamination crushing principle. By achieving a high swing speed coupled with a large stroke, this machine effectively crushes material against both the metal liners and other particles within the chamber. This inter-particle crushing action enhances production capacity and improves the particle shape, resulting in a higher percentage of cubic materials with minimal flakiness—essential for meeting the stringent requirements of high-standard construction projects. Trust our factory to deliver the HPC Hydraulic Cone Crusher for your crushing needs.

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Product Description

Product Description

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Advanced Hydraulic Intelligence

True to its name, the HPC features a state-of-the-art hydraulic system that simplifies operation and enhances protection.

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Precise Adjustment

The hydraulic adjustment mechanism allows operators to change the discharge opening size quickly and accurately, ensuring consistent product gradation.

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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 in high-demand environments.

Main Technical Specifications

Model Cavity Type Max Feeding Size (mm) Minimum Output Size (mm) Capacity (t/h) Motor Power (kw) Weight (t) Overall Dimension (mm)
HPC200 F2 (Extra Fine) 75 10 90–190 160 13.4 2135 × 1750 × 1927
HPC200 F1 (Fine) 95 13 120–200 160 13.4 2135 × 1750 × 1927
HPC200 M (Medium) 125 16 140–220 160 13.4 2135 × 1750 × 1927
HPC200 C1 (Coarse) 185 19 150–250 160 13.4 2135 × 1750 × 1927
HPC200 F2 (Extra Fine) 80 10 110–240 160 13.4 2135 × 1750 × 1927
HPC300 F2 (Extra Fine) 80 10 110–240 250 18.1 2725 × 2110 × 2182
HPC300 F1 (Fine) 105 13 130–260 250 18.1 2725 × 2110 × 2182
HPC300 M (Medium) 150 16 175–320 250 18.1 2725 × 2110 × 2182
HPC300 C1 (Coarse) 230 25 220–440 250 18.1 2725 × 2110 × 2182
HPC300 C2 (Extra Coarse) 230 25 220–440 250 18.1 2725 × 2110 × 2182
HPC400 F2 (Extra Fine) 90 10 135–320 315 26 2975 × 2370 × 2495
HPC400 F1 (Fine) 110 14 180–345 315 26 2975 × 2370 × 2495
HPC400 M (Medium) 196 20 255–430 315 26 2975 × 2370 × 2495
HPC400 C1 (Coarse) 251 25 295–560 315 26 2975 × 2370 × 2495
HPC400 C2 (Extra Coarse) 295 30 300–630 315 26 2975 × 2370 × 2495
HPC500 F2 (Extra Fine) 135 16 280–455 400 37 3447 × 2830 × 2977
HPC500 F1 (Fine) 150 18 300–520 400 37 3447 × 2830 × 2977
HPC500 M (Medium) 210 22 345–605 400 37 3447 × 2830 × 2977
HPC500 C1 (Coarse) 250 30 445–805 400 37 3447 × 2830 × 2977
HPC500 C2 (Extra Coarse) 330 38 445–855 400 37 3447 × 2830 × 2977

Frequently Asked Questions

What is the HPC Hydraulic Cone Crusher mainly used for?
The HPC Hydraulic Cone Crusher is designed for secondary and tertiary crushing in mining, quarrying, and aggregate production. It efficiently processes hard and medium-hard materials such as granite, basalt, limestone, and river pebbles into precisely graded products.
How does the hydraulic overload protection system work?
When uncrushable objects (tramp iron) enter the crushing chamber, the hydraulic cylinders automatically lower the crushing wall to create a larger discharge opening, allowing the foreign object to pass through safely. Once cleared, the system instantly resets to the pre-set discharge opening size without any manual intervention.
Which HPC model should I choose for my production requirements?
Model selection depends on your required capacity, feed size, and desired output gradation. For example, the HPC200 suits capacities of 90–250 t/h with motor power of 160 kW, while the HPC500 handles up to 855 t/h with a 400 kW motor. Selecting the correct cavity type (Extra Fine, Fine, Medium, Coarse, or Extra Coarse) further tailors the output to your project needs.
What happens if there is a sudden power failure during operation?
The HPC's hydraulic clearing system is specifically engineered to handle this scenario. In the event of a sudden power failure or emergency shutdown under load, the hydraulic system automatically clears the crushing chamber, preventing material from jamming and significantly reducing downtime and manual clearing labor.
How is the lubrication system designed in the HPC Cone Crusher?
The HPC uses a separate thin-oil lubrication system that provides dual protection for the main bearings and other critical components. This dedicated system ensures continuous, clean lubrication under heavy-load conditions, extending component life and reducing unplanned maintenance stops.
How easy is it to replace wear parts such as the mantle and bowl liner?
The HPC features a modular design that makes wear parts like the mantle and bowl liner highly accessible. Replacement can be carried out efficiently without disassembling the entire machine, minimizing maintenance time and keeping operational costs low even in high-demand production environments.

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