Sand-making Machinery
PCX high-efficiency fine crusher
The PCX High-Efficiency Fine Crusher is specifically engineered for the fine crushing of medium-hard materials such as limestone, bluestone, and granite. Widely employed in applications including construction aggregate sand production, mining fine crushing, and cement raw material pre-processing, it achieves single-pass processing (with adjustable fineness modulus ranging from 2.5 to 3.2), thereby replacing conventional multi-stage crushing processes.
VSI Impact Sand Maker
The VSI series high-efficiency vertical shaft impact crusher is an integrated sand-making and shaping machine designed by German experts in collaboration with Chinese operational conditions. Specifically engineered to supply premium aggregate for motorways, high-speed railways, high-rise buildings, municipal projects, hydroelectric dam construction, and concrete batching plants, it stands as the premier equipment for artificial sand production and aggregate shaping.
Hydraulic Double-Roll Sand Making Machine
The hydraulic double-roll sand-making machine is a common crushing and sand-making device, offering energy efficiency and power savings: employing a ‘compression + shearing’ crushing principle, its energy consumption is lower than that of hammer or impact sand-making machines, achieving a reduction in unit power consumption of 20% to 40%.
Compound sand-making machine
The vertical sand-making machine is specifically engineered for processing high-hardness materials such as river pebbles, granite, and basalt into sand. It finds extensive application in the production of sand and aggregates for construction sand, road surfacing materials, and cement products. The finished sand exhibits an adjustable fineness modulus ranging from 2.2 to 3.0, with a particle shape closely resembling natural sand.
Rod Mill Sand Maker
This equipment controls the output particle size (e.g., 0.075–0.89 mm) by adjusting parameters such as the number of grinding rods, feed particle size, and water flow velocity. It employs an open-circuit wet production process to prevent over-grinding of rare metals.
