GPC Heavy Duty Hammer Crusher
Capacity: 100-3000 t/h | Max Feed Size: ≤1200mm | Application: Limestone, Calcium Carbonate, Coal Gangue
Hengtai independently developed GPC Series Patented Heavy Duty Hammer Crusher represents the state-of-the-art technology in single-stage high-capacity material reduction. Specially engineered to process giant limestone blocks directly from quarry faces, this breakthrough machinery combines primary and secondary crushing stages into one highly efficient system. By eliminating intermediate transport and fine reduction equipment, it significantly reduces initial investment costs and operational layouts.
At the core of the GPC series is our unwavering commitment to structural durability and mechanical excellence. Built with specialized heavy-duty casting steel, a highly optimized large-cavity chassis, and exceptionally wear-resistant high-manganese alloy components, it withstands intense impacting shock from extra-large rocks. Our global manufacturing standards guarantee stable continuous performance, minimal downtime, and outstanding cubic particle shapes to meet the most stringent infrastructure and cement industry aggregate requirements.
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Proprietary R&D Patented Technologies
Engineered with 4 core utility model patents to significantly elevate processing stability, impact resistance, and quick-maintenance capabilities.
Operational Video Demonstration
Working Principle & Key Features
Patented Dynamic Rotor Impact: Powered by massive electric motors, the heavy-duty rotor carries robust free-swinging alloy hammer heads spinning at extreme speeds to impact incoming quarry rocks decisively.
Optimized Large-Cavity Deflection: Shivered rocks smash against adjustable impact liners within the highly scientific crushing cavity for continuous mid-air material-on-material collisions, reducing wear costs.
Controlled Integrated Sizing Grid: Bottom-mounted anvil bars or custom counterattack plates sort fine particles continuously, granting high sand-making efficiency and premium cubical aggregates directly.
Technical Specifications
| Model | Max Feed Size (mm) | Discharge Size (mm) | Capacity (t/h) | Rotor Speed (rpm) | Power (kW) |
|---|---|---|---|---|---|
| GPC-1416 | ≤800 | ≤40 | 180 - 280 | 740 | 355 - 450 |
| GPC-1618 | ≤1000 | ≤45 | 300 - 500 | 680 | 560 - 710 |
| GPC-1622 | ≤1200 | ≤50 | 550 - 800 | 610 | 900 - 1120 |
| GPC-2022 | ≤1200 | ≤50 | 1000 - 1500 | 590 | 1400 - 2000 |
Frequently Asked Questions
Our GPC Series covers a wide single-machine continuous output range spanning from 100 t/h up to an ultra-large 3,000 t/h. Our system engineering teams configure matching auxiliary motor configurations and layout patterns precisely scaled according to your daily production metrics and raw material properties.
The heavy hammer mill integrates our proprietary easy-exchange wear plate sleeves (GPC7) and anti-loosening structural rotors (GPC8). This permits quick inspection windows and external adjustment bars, enabling field technicians to handle internal component replacements or hammer maintenance rapidly without stripping down main chassis systems.
Standard manufacturing timelines typically span 30 to 45 business days depending on model sizes. For heavy turnkey production lines requiring integrated modular steel frame adjustments or custom feed interfaces, our engineers finalize blueprints within 7 days, delivering bespoke systems well within international delivery schedules.
We cast the main chassis and critical stress-bearing structures utilizing high-grade thick-section manganese alloy steels. This material exhibits exceptional strain-hardening characteristics under constant aggressive material impacts, meaning the internal surfaces increase in hardness during operation, actively prolonging overall lifecycle durability.
Matched Equipment for Complete Production Line
A highly integrated, professional production line is generally built with the following automated equipment working in a system:
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Our engineers customize solutions tailored specifically to your project requirements, target capacity, and local conditions.