SourcingAI

Crushing and screening plants

I have found results from100000+products and50000+suppliers aboutCrushing and screening plants

Commonly Used:
US$
—
Customization Available
Sample Available
Manufacturer First
Product Attributes:
Type: Mobile Crusher
Type: Jaw Crusher
Hydraulic Cone Crusher
Type: Oil Pump
Motor Type: AC Motor
Condition: New
Application: Mine
Materials: Coal
Outlet Size: 60-150mm
Inlet Size: 750×1060mm
Motor Power: 160kw
Drive: Electric
Compressive Strength (For Crushing): 100-250MPA
Outer Surface Process
Certification: CE
Extruding & Milling
Fine Grinding Machine
Color: Yellow
Cutter Material: High-Speed Steel
High Manganese Steel
Object: Basalt
Theory: Turbo Mill
Crushing Level: Crushing
Structure: Vertical
Feed Size: 150mm-299mm
Crushing Capacity: 100-500t/h
Flow Rate: Constant Pump
Performance: High Pressure
Motor Type: Stepper Motor
Motor Type: DC Motor
Application: Construction
Application: Mineral Industry
Application: Stone Industry
Machinery & Hardware
Art & Craft
Application: Chemical
Application: Railroad
Application: Metallurgy
Application: Chemical Industry
Application: Mining
Application: quarry
Materials: Limestone
Materials: Fine Sandstone
Outlet Size: 200-300mm
Outlet Size: 18-48mm
Outlet Size: 20-50mm
Outlet Size: 40-100mm
Inlet Size: 150×250mm
Inlet Size: 900×1200mm
Inlet Size: 1000×1200mm
Inlet Size: 300×1300mm
Inlet Size: 500×750mm
Inlet Size: 250×400mm
Inlet Size: 600×900mm
Motor Power: 22kw
Motor Power: 280kw
Compressive Strength (For Crushing): 250-300MPA
Compressive Strength (For Crushing): >300MPA
Finished Surface: Gear Process
Finished Surface: Hole Process
Certification: ISO
Certification: GOST
Certification: SONCAP
Crushing Style: Extruding
Crushing Style: Impact
Grinding & Impact
Crushing Degree: Coarse Crusher
Crushing Degree: Intermediate Crusher
Color: Red
Color: Iron Grey
Object: Copper Ore
Object: Gold Ore
Object: Granite
Object: Iron Ore
Object: Limestone
Object: Quartz
Theory: Granule Grinder

Sourcing guidance for Crushing And Screening Plants

What are the key technical specifications to evaluate when selecting a crushing and screening plant?

Buyers must prioritize Capacity (TPH - Tons Per Hour) to ensure the plant meets production targets. Key components like the Crusher Type (Jaw, Cone, or Impact) should be selected based on material hardness (e.g., granite vs. limestone). Additionally, verify the Max Feeding Size and the Final Product Gradation requirements. For mobile units, ensure the Engine Power (kW) and Hydraulic System reliability are documented to handle heavy-duty cycles.

How do I ensure the equipment meets international safety and quality standards?

It is critical to verify that the manufacturer holds ISO 9001:2015 certification for quality management. For specific markets, ensure the machinery carries the CE Mark (Europe) or meets OSHA/MSHA safety guidelines (USA). Look for safety features such as emergency stop buttons, protective shielding for moving parts, and dust suppression systems to comply with environmental and labor safety regulations.

What factors influence the economic feasibility and ROI of these plants?

Beyond the initial purchase price, calculate the Total Cost of Ownership (TCO) by evaluating wear part consumption rates (liners, mantles, screens) and fuel/electricity efficiency. Choosing a plant with modular components can reduce installation time and costs. Furthermore, consider the resale value of the equipment, which is typically higher for brands that provide comprehensive maintenance logs and genuine spare parts availability.

What are the typical usage scenarios for different types of crushing plants?

Stationary plants are best for long-term, high-volume mining or quarrying projects where infrastructure is permanent. Mobile (Track-mounted) plants are ideal for urban demolition, road construction, and short-term projects where frequent relocation is necessary. Portable (Wheel-mounted) plants offer a middle ground, providing high capacity with easier transportability between sites via towing.

Cross-Border Procurement & Risk Management for Heavy Machinery

How can I mitigate transaction risks when purchasing high-value machinery from overseas?

Utilize Secure Payment Services provided by reputable platforms like Made-in-China.com to ensure funds are only released upon confirmation of shipment. Always conduct a Third-Party Factory Audit (e.g., SGS or BV) before placing a deposit to verify the supplier's manufacturing capability and legal existence. Implementing a staged payment plan (e.g., 30% deposit, 60% after inspection, 10% after BL copy) is a standard industry safeguard.

What are the best practices for shipping and logistics for oversized crushing equipment?

Due to the size and weight, most plants are shipped via Flat Rack containers or Breakbulk (Ro-Ro) vessels. Ensure the supplier provides a detailed packing list and rust-prevention treatment for sea transit. It is vital to clarify Incoterms (preferably CIF or DAP) to define who is responsible for insurance and local handling. Always request heavy-duty lashing and securing certificates to prevent damage during maritime transport.

How should I handle after-sales support and spare parts procurement across borders?

Negotiate a Spare Parts Package (wear parts for the first 1,000-2,000 hours) to be included in the initial shipment to avoid downtime. Confirm if the supplier offers Remote Technical Support via AR/Video or has local service partners in your region. Ensure all Technical Manuals and Electrical Schematics are provided in English to facilitate local maintenance.

What should I look for in a supplier's export experience?

Prioritize suppliers with a proven track record of exporting to your specific country, as they will be familiar with Customs Tariffs, Import Duties, and specific documentation like the Certificate of Origin. Check for Gold Member status or Audited Supplier badges on Made-in-China.com to identify experienced exporters who maintain high service standards.

Related queries