Crushing material: Granite
Project capacity: 100-120tph
Project location: East Timor
Project type: YDPZ69-9638 Mobile Jaw Crusher
Project equipment: ZSW9638 Vibrating Feeder + PE600×900 Jaw Crusher
Finished product size: 0-5mm, 5-10mm, 10-20mm (for construction aggregates)
Project Background: Brazil has abundant iron ore resources. The goal is to efficiently develop low-grade iron ore to meet the needs of the steel industry.
Goal: Increase the grade of iron ore concentrate to more than 65%, and the comprehensive recovery rate ≥85%, to achieve a win-win situation of environmental protection and economic benefits.
Crushing material: Gravel
Project capacity: 100-150tph
Project location: Ethiopia
Project type: four-combination mobile crushing plant
Project equipment: ZSW9638 feeder + PE600x900 jaw crusher + CS110 cone crusher + 4YK1848 vibrating screen
Finished product size: 0-5mm,5-10mm,10-15mm,15-20mm
Crushing material: granite
Project capacity: 60-100tph
Project location: Mexico
Project type: four-combination mobile crushing station
Project equipment: ZSW9638 feeder + PE500x750 jaw crusher + PYB900 spring cone crusher + 3YK1548 vibrating screen
Finished product size: 0-20mm
Raw material: Gypsum
Project equipment: YGM130 grinding mill
Crushing material: Uranium ore
Project location: Russia
Crushing material: Construction waste
Project address: Mexico
Project Location: Mongolia
Processed Material: Basalt
Designed Capacity: 200 tons/hour
Feed Size: ≤500 mm
End Product Application: Highway surface course material; sand and aggregate for high-speed railway passenger lines; base course material for hydropower stations, ports, and airport runways.
Core Configuration: Wheel-mounted Mobile Jaw Crushing Plant + Wheel-mounted Mobile Impact Crushing Plant
Processing Capacity: 80–100 tons/hour
Max. Feed Size: ≤ 650 mm
Discharge Size: 50–200 mm (Adjustable)
Equipment Configuration: Mobile Jaw Crushing Plant + Mobile Cone Crushing Plant
Power Configuration: Dual-Mode (Diesel Engine / Electric Motor)
180-300t/h Mobile Stone Crushing Plant For crushing limestone, granite, iron ore, copper ore, gold ore, river pebbles, and other materials.
100-150t/h Mobile Stone Crushing Plant For crushing limestone, granite, iron ore, copper ore, gold ore, river pebbles, and other materials.
60-100tph Mobile Jaw & Cone Crushing Plant, Includes mobile jaw crusher and cone crusher, For crushing limestone, granite, iron ore, copper ore, gold ore, river pebbles, and other materials.
30-60t/h Portable Jaw Crusher for crushing medium hardness ores in various mines, such as gold, iron, copper, lead zinc, etc.
60-100t/h Mobile Stone Crushing Plant For crushing limestone, granite, iron ore, copper ore, gold ore, river pebbles, and other materials.
Material: Andesite stone Application: Mining, metallurgy, construction, highway, railroad, water conservancy, etc. Equipment: Jaw crusher, cone crusher, sand-making machine, vibrating feeder, vibrating screen, etc.
Processing Material: Marble
1. Conventional process (applicable to high-grade gold ore)
Ore → coarse crushing (jaw crusher) → medium crushing (cone crusher) → fine crushing → ball milling → flotation/cyanidation → smelting
2. Low-grade gold ore (heap leaching)
Ore → coarse crushing → fine crushing → heap building → spray cyanidation → activated carbon adsorption → electrolytic gold extraction
3. Refractory gold ore (such as arsenic-containing, carbonaceous gold ore)
Ore → crushing → grinding → roasting/biooxidation → cyanidation → smelting
Raw Material: Feldspar
Product Fineness: 200 Mesh (equivalent to 74 microns)
Production Capacity: 2–3 tons per hour
Equipment Configuration: YGM95 High-Pressure Suspension Grinding Mill + Screw Conveyor
Project Location: Thailand
Finished product requirement: 200 mesh
Production capacity: 2-4tph
Equipment configuration: YGM95 Grinding Mill
Country: Tanzanite
Time: March 2024
Gold ore is mainly divided into rock gold ore and alluvial gold ore, their physical and chemical properties are different, so the beneficiation methods are also different.
The process of gold ore processing production line covers multiple links from crushing, grinding, and flotation to dehydration and smelting.
Model: 1x10m Single-Drum Dryer
Typical Output: 1 ton/hour
Applicable Raw Materials: Sawdust, coconut coir, rubberwood, palm waste, etc.
Heat Source: Waste gas, biomass (e.g., coconut shells, sawdust), natural gas, fuel oil
Drying Objective: Reduce moisture content from 20% to 6–8%
Key Features: Compact design with a small footprint; ideal for small-to-medium-sized factories in the Philippines.
Optimal Application Scenarios:
• There are specific requirements regarding the particle shape, gradation, and strength of recycled aggregates, with the aim of producing concrete with a strength class of C30 or higher, or other high-standard construction materials.
• The raw construction waste feedstock contains a high proportion of hard concrete components (e.g., columns and beams from demolished buildings).
• The project is large-scale with a long operational lifecycle, requiring the production of high-quality products to ensure a rapid return on investment.
• Material Processed: Coal Gangue
• Designed Capacity: ≥ 200 tons/hour
• Mobility: Crawler-mounted, Self-propelled
• Core Process: Integrated Impact Crushing + Screening
• Capacity Assurance: To ensure a stable output of 200 t/h, the equipment is typically designed with a surplus capacity of approximately 220–250 t/h.
Limestone crushing equipment is a kind of equipment that uses mechanical principles to crush hard materials such as limestone into small particles. The production line usually consists of a motor, a reducer, a conveyor belt, a crusher body, a conveyor, etc.
Ore type: Sulfide ore (chalcopyrite, bornite)
The Classic Two-Stage Crushing Process: Jaw Crusher + Spring Cone Crusher
1. Coarse Crushing: A vibrating feeder ensures uniform feeding, while a jaw crusher (e.g., model PE400x600) reduces the raw ore to a size of ≤100 mm.
2. Medium & Fine Crushing: A spring cone crusher (PYB/PYD 900 recommended) serves as the core component, performing highly efficient medium and fine crushing with an output precisely matched to meet a production demand of 30–40 tons per hour.
Project address: Tajikistan
Designed Capacity: 80–100 tons/hour
Primary Applications: The finished aggregates are primarily supplied to local concrete mixing plants and used for rural road construction.
Core Advantages: High production capacity, superior finished aggregate shape, high flexibility and adaptability, low energy consumption and eco-friendliness, stable operation, and significant economic benefits.
Main Unit: MTW175 European-style Trapezium Mill
Production Capacity: 20–25 tons/hour
Feed Size: ≤30 mm
Product Fineness: 200 mesh
Project Location: Morocco
Carbon Calcite ultrafine grinding mill machine is a high-efficiency, energy-saving, stable, and environmentally friendly industrial ultra fine grinding mill equipment.
Grindable materials: non-metallic ores, such as calcium carbonate, carbon black, calcite, dolomite, marble, etc.
Raw Material: Manganese Ore
Feed Size: ≤ 200 mm
Finished Product Fineness: 200 Mesh
Production Capacity: 5–8 tons/hour
Core Requirements: The powder particle size must be uniform and fine; the entire equipment set must be energy-efficient, environmentally friendly, and capable of stable, long-term operation.
Customized Solution: MTW138 Trapezium Mill Production Line
Tire-type mobile crushing station is an efficient and flexible engineering machinery equipment, mainly used for crushing, screening, sand making, shaping, and other operations of various ore materials and construction waste.
Tire-type mobile crushing station is an efficient and flexible crushing equipment, and its combination scheme can be adjusted according to different material characteristics and production needs.
The 150-200t/h limestone crushing production line consisting of a C100 jaw crusher, PFW1315 impact crusher, and 4YK2160 vibrating screen is efficient, stable, flexible, energy-saving, and environmentally friendly, and can meet the crushing and screening needs of limestone and other materials.
