Aggregate Equipment, Dry Mortar Production Line

Model: VSI-1040 The VSI Cone Rock Crusher is an ultra-high power, energy-efficient model in the VSI series. The equipment enhances the strength of core components, operational stability, and material processing capacity, specifically designed to meet the demands of ultra-high production capacity, excellent particle shape, and intelligent mining automation. The quarry rock crushers is ideal for large-scale sand production and shaping of highly abrasive materials such as basalt, granite, and hard tailings. The VSI-1040 cone crusher is commonly used as the core sand-making unit in heavy-duty complete production lines like the LN-ZDS-2060S2 and LN-ZDS-1030G1.

Model: VSI-1205 The VSI Mining Ash Crusher vertical shaft impact crusher is designed with a core focus on high product quality, low operating costs, and intelligent control. It is particularly suitable for engineering projects with strict requirements for sand grain shape and gradation, such as high-speed rail and hydroelectric concrete applications. The VSI-1205 ash crusher delivers exceptional performance in terms of producing high-quality sand with well-defined particle shape, making it ideal for projects demanding precise material specifications.

Model: HCC1600 The Aggregate Grinding Mill is an efficient grinding equipment specifically designed to meet the needs of large-scale aggregate grinding and fine processing, especially for hard ores and tailings. The coal grinding mill is widely used in manufactured sand production lines, tailings recycling, slag powder processing, and other industries. Known for its high fineness, low energy consumption, and high stability, the HCC1600 is an essential piece of equipment for large-scale mining enterprises and green mining production lines.

Model: HCC1200 The Mineral Fly Ash Grinding Mill is a high-efficiency, energy-saving fine crushing and shaping equipment, primarily used for the fine grinding and particle shape optimization of construction aggregates, such as crushed stone and manufactured sand. This aggregate grinding mill ensures that the aggregates meet the stringent requirements for high-quality construction, concrete, and asphalt mixtures. Ideal for projects that demand precise particle shape and grading, the HCC1200 mineral powder gringing machine is particularly suitable for high-end building materials and infrastructure applications. It can be integrated into efficient aggregate production lines alongside VSI sand makers, cone crushers, and other equipment. The mineral powder gringing machine's advanced features ensure superior performance in producing aggregates that meet the highest industry standards for construction and infrastructure projects. Its energy-efficient design, coupled with exceptional shaping capabilities, helps achieve consistent quality while reducing operational costs. The HCC1200 fly ash grinding mill is an excellent choice for demanding applications in both large-scale and specialized aggregate production environments.

The Centrifugal Powder Separator is an advanced classification device used to separate fine particles from air or gas streams by utilizing centrifugal force. Commonly found in industries such as cement, mining, chemical, and sand production, it efficiently removes dust, fly ash, and ultra-fine powder from exhaust systems or material processing lines. This cyclone dust collector is known for its high efficiency, simple structure, and low maintenance requirements. Powder Concentrator operates without moving parts, which minimizes wear and tear, and it can handle large volumes of fine powder at high temperatures and under harsh conditions.

Cyclone powder separator is a high-efficiency device used to separate fine particles from air or gas streams in industrial processes. Widely used in cement plants, power stations, and sand-making systems. As a V-type powder separator, it helps enhance environmental protection and improves overall system cleanliness and efficiency. The vortex powder separator features a compact design, simple structure, and low maintenance needs. The vortex powder separator handles high temperatures and volumes, making it ideal for heavy-duty, continuous operations. Its high separation rate contributes to better product quality and reduced pollution, making vortex powder separator an essential component in modern material processing and dust collection systems.

A linear vibrating screen is a type of vibrating screen used to separate materials by size in various industries such as mining, construction, metallurgy, and chemical processing. The linear sieve operates using linear motion, generated by twin vibrating motors working in opposite directions. This motion causes the material to move forward across the straight vibrating screen. With features such as adjustable screen angles, robust structure, and easy operation, linear vibrating screen offers reliable performance and consistent screening results. The linear sieve is widely used in sand-making plants and aggregate processing systems to improve product quality and enhance production efficiency.

​The Circular Motion Screen is a high-efficiency screening device widely used in industries such as mining, construction, metallurgy, and chemical processing. The design of Circular Motion Vibrating Screen features a circular motion trajectory, making Circular Motion Vibrating Sieve particularly effective for classifying materials with high specific gravity, large particle sizes, and high hardness .​

A High Frequency Vibrating Screen is an advanced screening device used in various industries to separate materials by size with exceptional efficiency. Screening machines with high frequency drive operates at a much higher frequency—typically 2900 to 6000RPM—allowing finer materials to pass through the fine sand screen mesh while larger particles are retained. This high frequency screen reduces the surface tension of the material bed, enabling better stratification and improved screening accuracy.

Model: LCPM500 The Industrial Dust Extractor features a modular combination design and operates based on an offline cleaning principle. Dust removal is achieved through pulse jet cleaning, ensuring efficient particulate separation. Industrial Dust collector is capable of recovering powders smaller than 75 μm, with an emission concentration as low as 10 mg/m³. The system is highly efficient, environmentally friendly, and operates with low noise.