In the field of granite sand making, a project in Guangxi has achieved efficient and low-cost production with a designed capacity of 300 tons per hour. This Guangxi project adopts a wet sand making process, and the overall construction utilizes modular equipment, significantly reducing initial investment costs, shortening the process flow, and improving production efficiency.

More Granite Crushing and Sand Making Cases

Raw Material Processing: Granite

Processing Capacity: 300 tons per hour

Finished Product Use: Sand and gravel aggregate

Equipment Configuration: Jaw crusher module, cone crusher module, sand making and screening module, fine sand recovery module, wastewater treatment system, etc.

Equipment Selection and Configuration

To achieve efficient sand making, this project selected a variety of modular equipment:

Jaw crusher module: Used for preliminary crushing of granite to ensure the smooth progress of subsequent processes.

Cone crusher module: Further crushes the coarsely crushed granite, improving crushing efficiency and finished product quality.

Sand making and screening module: Uses an impact crusher to finely crush and screen the medium-crushed material, ensuring the quality of the finished sand and gravel aggregate.

Fine Sand Recovery Module: Recovers fine sand generated during the sand making process, reducing resource waste and improving economic efficiency.

Wastewater Treatment System: Treats wastewater generated during sand making, enabling recycling and meeting environmental protection requirements.

Advantages of Skid-Modified Modular Equipment: Skid-mounted modular equipment breaks down complex production lines into uniquely functional units. Each unit can be freely combined and replaced according to system requirements, offering the following advantages:

Compact Design Structure: The modular equipment features a compact design and small footprint.

Flexible Combination: Multiple models utilize a single steel platform, allowing for flexible combination and disassembly to meet different production requirements.

Rapid Installation and Commissioning: The modular installation method results in a short cycle time, rapid commissioning, and reduced civil engineering costs.

Convenient Overall Transportation: Modular equipment can be transported as a whole, facilitating relocation and avoiding redundant investment.

Intelligent Control System: Reduces manual labor input and improves the automation level and production efficiency of the production line.

Long Service Life of Wear-Resistant Parts: Reduces equipment maintenance costs and extends equipment lifespan.

Faster Production Line Deployment

This project utilizes a frame structure layout, eliminating the cost and time associated with on-site concrete foundation construction for each crushing and screening unit. Equipment relocation is more convenient and flexible, avoiding redundant investment and significantly reducing pre-production preparation time and costs.

Summary: This 300-ton-per-hour granite crushing and sand making production line project, through the adoption of modular equipment and wet sand making technology, not only significantly reduced initial investment costs and process complexity but also substantially improved production efficiency. This project demonstrates the significant advantages of modular equipment in the mining crushing and sand making field, providing valuable reference and demonstration for similar projects.