The mining and hard rock crushing line is a complete solution designed for high hardness and high abrasion rocks, integrating core equipment such as feeding, crushing, screening, and recovery. This production line adopts multi-stage crushing technology (such as jaw crushing+cone crushing) to achieve high crushing ratio and high production capacity, ensuring uniform particle size and excellent particle shape of the finished products. Sturdy structure, adaptable to harsh working conditions, widely used in hard rock processing such as iron ore and granite, helping customers achieve efficient and green production scale operation.

The construction and crushing line for medium hardness materials is specifically designed for medium hardness rocks such as limestone and sandstone, and is suitable for infrastructure projects such as highways, railways, and bridges. This line adopts a combination of jaw crushers and impact crushers, which have both efficient crushing and particle shaping capabilities. The finished product has uniform particle size and reasonable grading. Optimized equipment configuration, low energy consumption, high output, stable operation, flexible movement or fixed arrangement, making it an ideal choice for green and environmentally friendly sand and gravel aggregate production.

The environmental recycling and construction waste treatment line focuses on converting construction waste (such as concrete blocks, bricks, asphalt) into renewable aggregates. Through processes such as crushing, screening, and iron removal, efficient separation and resource utilization of waste materials are achieved, producing recycled sand and gravel that meets standards for use in road cushion layers, water stable layers, and non load bearing components. This production line effectively reduces landfill pollution, lowers natural resource consumption, and supports urban renewal and green low-carbon development.

The beneficiation and special material screening line is designed for complex materials such as metal ores, non-metallic ores, wet viscous and fine particles. It uses high-efficiency screening equipment such as high-frequency screens and banana screens to achieve precise classification and dehydration and desliming. This solution effectively solves problems such as hole blockage and coarsening, and improves the recovery rate and concentrate grade of mineral processing. The structure is wear-resistant and corrosion-resistant, suitable for harsh working conditions such as heavy media and strong impact, and widely used in fields such as iron ore, phosphate ore, and tailings dry discharge.