What is a mobile impact crusher?

High transport costs and long setup times hurt your bottom line. Mobile impact crushers offer a flexible, powerful solution right where you need it.

Mobile impact crushers provide unmatched site flexibility, rapid setup, lower transport costs for materials, and the ability to process specific materials effectively on location, unlike stationary units.

This mobility transforms how projects are planned and executed. Stationary plants are permanent, requiring materials to be brought to them. Mobile plants go to the materials, offering significant operational advantages.

What Are the Irreplaceable Advantages of Mobile Impact Crushers Compared to Stationary Equipment?

Mobile impact crushers directly solve these problems, offering speed and flexibility stationary units cannot match.

Mobile impact crushers eliminate lengthy site prep, reduce material hauling costs drastically, deploy rapidly, and move easily with the job. These advantages boost efficiency for many projects.

These benefits translate directly into cost savings and increased productivity. Unlike fixed plants, mobile crushers require minimal site preparation. This reduces initial investment and speeds up project timelines. Let’s explore the specific advantages in detail.

• On-Site Processing: Mobile crushers eliminate the need to transport materials to a central plant. I’ve seen this cut costs by up to 30% on large construction sites.
• Reduced Setup Time: Setting up a stationary plant can take weeks. Mobile units are operational within hours. This speed is critical for projects with tight deadlines.
• Flexibility: Mobile crushers can move between different locations on a job site or even to different sites entirely. This adaptability is crucial for projects that evolve over time.

Which Industries and Applications Benefit Most from Mobile Impact Crushers?

Mobile impact crushers excel in these fields, offering unmatched performance and flexibility.

Mobile impact crushers are ideal for construction and demolition recycling, quarrying operations requiring frequent relocation, road construction projects needing on-site material processing, and mining operations in remote areas.

• Construction and Demolition Recycling: Mobile impact crushers efficiently process concrete, asphalt, and other demolition debris. This produces reusable materials and reduces landfill waste.
• Quarrying: They are ideal for secondary crushing in quarries, especially when the location of the material changes. Their mobility reduces the need to move large quantities of rock.
• Road Construction: Mobile crushers can produce aggregate on-site, reducing transportation costs and ensuring a consistent supply of materials for road building.

What Materials Can Mobile Impact Crushers Effectively Process ?

Mobile impact crushers effectively process concrete, asphalt, limestone, and softer ores. However, they are less suited for extremely hard or abrasive materials like granite or some types of iron ore.

• Construction and Demolition Debris: Concrete, brick, asphalt, and mixed demolition waste are readily processed. This is a major application for mobile impact crushers.
• Limestone: This relatively soft rock is easily crushed, making it ideal for aggregate production.
• Soft Ores: Some softer metal ores, like certain types of copper or gold ore, can be processed effectively. The key is to avoid highly abrasive ores that will quickly wear down the crusher components.

What Key Parameters Must Be Considered When Selecting a Mobile Impact Crusher?

When selecting a mobile impact crusher, the most important parameters are crusher capacity (tons per hour), feed size, desired output size, material hardness, and the unit’s mobility features (tracked or wheeled).

Model	ZDM938F1210	ZDM938FW1214	ZDM1149F1315	ZDM1349HD1110	ZDM1349HD1315
Transportation Length（mm）	12000	12000	13900	15450	15450
Transportation Width（mm）	2550	2550	2900	2950	2950
Transportation Height（mm）	3900	3900	4450	4500	4500
Maximum Length（mm）	12500	12500	13900	15450	15450
Maximum Width（mm）	3250	3260	3250	3250	3250
Maximum Height（mm）	5100	5200	5200	5200	5200
Weight（t）	39	44	54	62	62
Crusher Model	PF-1210	PF-1214	PF-1315	HD1110	HD1315
The Maximum Feeding Size（mm）	350	350	500	400	700
Production Capacity（t/h）	70-130	100-180	130-250	112	280
Vibrating Feeder	ZSW950×3800	ZSW950×3800	ZSW110×4900	ZSW130×4900	ZSW130×4900
Main Belt Conveyor	B800×8.5M	B800×8.5M	B1000×9.5M	B800×11M	B1200×11M
Side-opening Belt conveyor(Optional)	B500×3.2M	B500×3.2M	B650×4M	B650×4M	B650×4M
Genset(Optional) （kw）	320	320	400	320	440
Iron Separator (Optional)（kw）	RCYD(C)-8	RCYD(C)-8	RCYD(C)-10	RCYD(C)-8	RCYD(C)-12

• Crusher Capacity: This is how much material the crusher can process in an hour. It needs to match your project’s throughput requirements.
• Feed Size: This is the maximum size of the material that can enter the crusher. Make sure it aligns with the size of the raw material you’re working with.
• Output Size: This is the desired size of the crushed material. Adjusting the crusher settings controls this.
• Material Hardness: Harder materials require more powerful crushers and wear down components faster.
• Mobility: Tracked units are better for rough terrain, while wheeled units are easier to move on paved surfaces.

How Do I Determine the Right Model Based on My Project Needs (Throughput, Input/Output Size)?

A systematic approach based on your specific needs will lead you to the perfect fit.

To determine the right mobile impact crusher model, start by calculating your required hourly throughput, then define the desired output particle size distribution, and finally consider the material’s hardness and abrasiveness.

• Calculate Required Throughput: Determine how many tons of material you need to crush per hour to meet your project goals.
• Define Output Particle Size: Specify the desired size range for the crushed material. This will influence the crusher settings and the need for additional screening equipment.
• Consider Material Hardness: Assess the hardness and abrasiveness of the material. This will determine the required crusher power and the type of wear-resistant components needed.

How to Evaluate the Main Operating Costs (Fuel, Wear Parts) of a Mobile Impact Crusher?

Understanding the main operating costs of a mobile impact crusher is essential for profitability.

The primary operating costs for mobile impact crushers are fuel consumption, wear part replacement (especially impact hammers and liners), routine maintenance, and labor costs.

• Fuel Consumption: This depends on the engine size, material hardness, and crusher load. Monitor fuel usage closely and optimize crusher settings to minimize consumption.
• Wear Parts: Impact hammers and liners are the most frequently replaced parts. Choose high-quality wear parts and optimize crusher settings to extend their lifespan.
• Routine Maintenance: Regular maintenance prevents breakdowns and extends the life of the crusher. Follow the manufacturer’s recommendations for oil changes, filter replacements, and inspections.

What Are the Key Points to Consider for the Daily Operation and Maintenance of Mobile Impact Crushers?

Following key operational and maintenance practices is essential for mobile impact crushers.

Daily operation and maintenance should include pre-start inspections, proper feeding techniques, monitoring crusher performance, and regular cleaning to prevent buildup and ensure optimal operation.

• Pre-Start Inspections: Check fluid levels, belt tension, and for any signs of damage or wear. Address any issues before starting the crusher.
• Proper Feeding: Ensure a consistent and controlled feed rate to prevent overloads and uneven wear.
• Performance Monitoring: Listen for unusual noises or vibrations, and monitor crusher output to identify potential problems early.

How Do I Choose Between Mobile Impact Crushers and Other Mobile Crushing Equipment ?

Understanding the strengths of each type will help you make the best choice.

Choose a mobile impact crusher for softer to medium-hard materials, where a cubical product shape is desired. Opt for a mobile jaw crusher for hard, abrasive materials requiring primary crushing, or a mobile cone crusher for finer crushing stages.

• Mobile Impact Crusher: Ideal for softer materials like limestone, concrete, and asphalt. It produces a more cubical product shape, which is desirable for many applications.
• Mobile Jaw Crusher: Best for hard, abrasive materials like granite and basalt. It’s typically used for primary crushing, reducing large rocks to a manageable size.
• Mobile Cone Crusher: Suitable for secondary or tertiary crushing of hard materials. It produces a finer product than a jaw crusher.