Aggregates Processing
Produce materials such as sand, gravel, and crushed stone used in construction and infrastructure projects
Aggregates Crushing And Screening Solutions
ANDAMINE have long focused on the field of crushing and processing of aggregates, and can provide you with professional crushing and
screening solutions that match actual working conditions.
Optimizing Aggregate Production: 200 TPH Mobile Crusher Plant Supports Malaysia’s Road Construction Projects
- Raw Material: Granite
- Configuration: Jaw crusher + cone crusher + screening
From Rock to Road: How a 100-Ton/Hour Crushing Station Feeds Russia’s Asphalt Plants
- Raw Material: Cobblestone
- Configuration: Jaw crusher + screening
Profit from Aggregates: 100 TPH Crushing Plant Powers Philippines’ Construction Material Sales
- Raw Material: Volcanic rock
- Configuration: Cone crusher + screening
Optimizing Aggregate Production: 200 TPH Mobile Crusher Plant Supports Malaysia’s Road Construction Projects
- Raw Material: Granite
- Configuration: Jaw crusher + cone crusher + screening
From Rock to Road: How a 100-Ton/Hour Crushing Station Feeds Russia’s Asphalt Plants
- Raw Material: Cobblestone
- Configuration: Jaw crusher + screening
Profit from Aggregates: 100 TPH Crushing Plant Powers Philippines’ Construction Material Sales
- Raw Material: Volcanic rock
- Configuration: Cone crusher + screening
Optimizing Aggregate Production: 200 TPH Mobile Crusher Plant Supports Malaysia’s Road Construction Projects
- Raw Material: Granite
- Configuration: Jaw crusher + cone crusher + screening
From Rock to Road: How a 100-Ton/Hour Crushing Station Feeds Russia’s Asphalt Plants
- Raw Material: Cobblestone
- Configuration: Jaw crusher + screening
Profit from Aggregates: 100 TPH Crushing Plant Powers Philippines’ Construction Material Sales
- Raw Material: Volcanic rock
- Configuration: Cone crusher + screening
Focus on Aggregates Processing to Meet
Different Construction Needs
Different construction projects require different aggregates for concrete mixing plants and asphalt plants, we have made professional
arrangements in equipment design, selection, configuration and service system:
The equipment is more wear-resistant and more stable:
Key components are made of high-strength alloy materials and optimized structural design to meet the needs of high-strength crushing;
Integrated control system, simpler operation
The crushing station is equipped with a centralized control cabinet, supports one-button start/stop operation, and is compatible with PLC touch screen and physical button dual operation modes. It can operate stably and efficiently even in mining areas with simple conditions.
IOT Internet of Things remote monitoring system, the status is under control
It can collect equipment operation data in real time, realize remote monitoring of key indicators and provide automatic maintenance reminders and fault warning functions to help mine managers respond in time, prevent equipment failures, and reduce unexpected downtime.
Intelligent feeding system to ensure continuous production
The feeder is equipped with a remote controller, supports feeding speed adjustment, adapts to different material particle sizes and crushing loads, realizes “feeding on demand”, avoids no load or overload, and improves the stability and efficiency of the entire line.
Flexible combination design to adapt to various ore types
Mining projects often face the conversion of different ore hardness. Our crushing plant supports free configuration of secondary crushing combination, providing customers with more adaptation space, improving project flexibility and long-term operating benefits.
Other Related Industries
Mining Proessing
Mining is the process of multi-stage crushing and screening of metal, non-metal, coal and other mining resources to achieve the particle size requirements for subsequent processing or sales.
Construction Waste Recycle
The recycling industry involves the collection and processing of waste materials like concrete, asphalt, and metal to be reused in construction and manufacturing. Sustainable practices and advanced equipment are essential to maximize material recovery and