pe600x900 jaw crusher
In 100-200 tph aggregate production lines, the PE600x900 jaw crusher is considered the "golden choice." It can not only handle large hard rocks up to 500mm in size, but also maintain a stable output of 120-180 tph while keeping energy consumption per ton extremely low. Through the combination of deep-cavity crushing and high-manganese steel construction, it directly determines the operating cost and finished product quality of the entire production line.
I. Core Technical Parameters
| Parameter Name | Specification Data | Industry Application Value |
| Feed Opening Size (mm) | 600 × 900 | Standard coarse crushing type, suitable for mainstream mining particle sizes |
| Maximum Feed Size (mm) | 500 | Reduces secondary blasting costs by approximately 15% |
| Processing Capacity (t/h) | 90 - 180 | Depends on material hardness, core of 150tph production lines |
| Discharge Opening Adjustment Range (mm) | 65 - 160 | Flexible connection to the feeding needs of secondary cone crushers or impact crushers |
| Motor Power (kW) | 55 - 75 | Powerful power output, supports 60Hz Brazilian/Saudi power grid customization |
| Complete Weight (t) | Approx. 15.5 | Reinforced body, providing excellent stability during high-intensity crushing |
PE jaw crusher structure diagram
II. Why do aggregate manufacturers prefer PE600x900?
1. Turning Parameters into Profits
We don't just talk about equipment, we talk about your wallet.
• Deep Cavity Crushing Design: Utilizing a V-shaped crushing chamber, there are no dead zones, resulting in smoother feeding. This means you can process more raw ore in the same amount of time.
• High Manganese Steel Liners: Standard configuration uses ZGMn13Cr2 alloy material. When processing highly abrasive materials such as granite, the wear-resistant parts have a 20%-30% longer lifespan than those made of ordinary materials, reducing downtime for maintenance by approximately 7-10 days per year.
• Shim-type Discharge Port Adjustment for Quick Adjustment of Discharge Particle Size (65-160mm). Adjustment can be completed in just 15 minutes, precisely matching the feed requirements of downstream fine and medium crushing equipment, preventing overflow or no-load operation.
2. Robust Structure: Daring to "Fight Hard"
• Reinforced Eccentric Shaft: Forged and heat-treated from 45# steel, undergoing tens of thousands of fatigue tests to ensure the main shaft does not bend or break under extremely hard rock conditions (Mohs scale 7 and above).
• Heavy-duty Flywheel Design: Optimized dynamic balance effectively reduces vibration during operation, protecting the frame and resulting in a higher overall residual value recovery rate.
III. Application Areas and Case Studies
Materials Processed: Limestone, basalt, granite, river pebbles, iron ore, construction waste, etc.
Recommended Production Line Configuration: 150tph Sand and Gravel Line
• PE600x900 (Coarse Crusher) + CS75 Cone Crusher (Medium Crusher) + VSI8518 (Sand Making).
200tph Construction Waste Line
• PE600x900 (Coarse Crusher) + PF1315 (Impact Crusher) + Vibrating Screen.
Stationary-crushing-production-line
IV. Frequently Asked Questions (FAQ)
Q1: What are the requirements for the feeding method of the PE600x900?
A1: It is recommended to configure it with a ZSW380x95 vibrating feeder. Uniform feeding can fully utilize the throughput of the crushing chamber, avoid large pieces of material impacting the frame instantly, and can screen out fine mud in advance, improving crushing efficiency.
Q2: How to determine when to replace the liners?
A2: When the discharge port is adjusted to the minimum position and still cannot meet the discharge particle size, or when the liner wear reaches 2/3 of the original thickness, it should be flipped or replaced in time. Baichen's liners support reversible use, which can save you half the cost of spare parts procurement.
Q3: Can this equipment be installed on a mobile platform?
A3: Absolutely. The PE600x900 is the most commonly selected primary crusher model for mobile crushing plants. Its weight and size are within the weight limits for transportation, making it very suitable for road construction or temporary mining sites that require frequent relocation.
