No. | Equipment | Model | Qty |
---|---|---|---|
A-1 | Hopper | LC3000X4000 | 1 |
A-2 | Vibrating Feeder | ZSW1300X4900 | 1 |
A-3 | Jaw Crusher | C100 | 1 |
A-4 | Vibrating Feeder | GZG-200 | 2 |
A-5 | Cone Crusher | HP300 | 2 |
A-6 | Vibrating Screen | 2YK2160 | 2 |
A-7 | Vibrating Screen | 2YK2160 | 1 |
No. | Name | Length | Qty |
---|---|---|---|
B-1 | B1200 | 30m | 1 |
B-2 | B1200 | (28+8)m | 1 |
B-3 | B1000 | 23m | 1 |
B-4 | B1000 | (25+8)m | 1 |
B-5 | B800 | (25+8)m | 1 |
B-6 | B1000 | (21+8)m | 1 |
B-7 | B650 | 25m | 3 |
B-8 | B650 | 15m | 1 |
In the sand and gravel aggregate and mining crushing industry, the production capacity demand of 250-300 t/h usually means large production lines and high-hardness rock crushing challenges. How to configure an efficient, stable and low-energy crushing production line? This article will deeply analyze the optimal equipment combination and provide a unique production line optimization solution to help you reduce operating costs and improve return on investment.
In the production of large-scale sand and gravel aggregates, production lines with a capacity of 250-300 t/h face three core challenges:
• Low hard rock crushing efficiency (high-hardness materials such as granite/basalt)
• Production capacity bottleneck caused by poor equipment matching
• High energy consumption and maintenance costs
In response to these problems, we innovatively proposed the "three-stage classification + intelligent regulation" solution, which achieves the following by optimizing the equipment combination:
1. Crushing efficiency increased by 30%
2. Energy consumption reduced by 25%
3. Equipment service life extended by 40%
• C100 jaw crusher adopts a "deep V-shaped" crushing chamber design, and the bite angle is optimized to 22° to achieve one-time crushing of large rocks
• Equipped with a hydraulic cavity cleaning system, the material jamming processing time is shortened by 80%
• The dual HP300 cone crushers adopt a "1 main 1 standby" configuration to ensure continuous production
• The lamination crushing principle makes the needle-like content <10%, which is far better than the industry standard
• Three 2YK2160 vibrating screens form a "two-stage screening" system:
The first stage: 50-70mm coarse screen (2 in parallel)
The second stage: 5-30mm fine screen (1)
• The screen is made of polyurethane + rubber composite material, and its life is increased by 3 times
• Geographical location: Ningde City, Fujian Province
• Raw material characteristics: Granite (Mohs hardness 7)
• Capacity requirement: 280 t/h (16 hours/day)
• Finished product specifications: 0-5mm, 5-10mm, 10-20mm, 20-31.5mm
• Raw material characteristics: porous basalt (porosity 15-20%)
• Crushing difficulties: easy to produce over-crushing, the yield of traditional equipment is only 85%
Innovative solution
Two-stage pre-screening system:
• The first screening (30mm) separates fine materials in advance
• The second screening (5mm) uses a probability screen
Special configuration of cone crusher:
• Adjust the HP300 crushing chamber type to "EF" standard
• Add a layer control system
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