The PTM series of Tower MillS specially designed for metal mines have a very wide range of applications. Tower MillS can carry out ultra-fine grinding operations on various ores such as gold mines, silver mines, copper mines, nickel mines, as well as manganese mines, iron mines, zinc-lead mines, and also on solid particles. From the entire machine to each component, Tower MillS feature a very reasonable structural design. It not only occupies a small area, but also operates stably with low noise during operation. With a long service life, it can create considerable economic benefits for users, and Tower MillS' ore grinding effect is at an advanced level in China.
Track-Mounted Primary Crushing Mobile Crushing Plant is a high-efficiency mobile crushing and screening equipment developed by our company based on market demands. It adopts a fully hydraulic-driven crawler vehicle chassis for movement. With self-propelled drive, complete functions and an attractive design, it can reach any position of the work site under any terrain conditions. Its discharge particle size is adjustable and supports diversified crushing specifications, making it widely applicable to material processing that requires frequent relocation in industries such as metallurgy, chemical engineering, building materials and hydropower.
The three combination wheel-mounted crusher represents a compact, all-in-one mobile crushing solution engineered for operators with moderate production volumes and frequent site changes. By integrating primary crushing and screening functions onto a single wheeled chassis, this plant eliminates the need for fixed infrastructure and enables direct, on-site material processing. It offers a choice of impact or jaw crushing modules, allowing customization to match specific particle size and shape requirements, making it ideal for independent aggregate production or as a primary stage in a larger processing network.
Dapeng wheel-mounted primary crushing plant is a highly integrated mobile crushing solution designed for on-site primary crushing of various bulk materials. Built on a robust wheeled chassis, this plant combines feeding, primary crushing, and conveying into one compact unit, enabling direct deployment at quarry sites, construction waste recycling yards, and infrastructure projects without complex foundation work. Ideal for operators seeking flexibility and efficiency, this mobile crusher delivers reliable performance for hard rock, ore, and construction waste processing, supporting quick site relocation and continuous production under diverse working conditions.
Dapeng construction waste mobile processing plants are fully integrated, modular solutions designed for the efficient recycling and reutilization of construction and demolition waste. Built on a robust wheeled or crawler chassis, these plants combine feeding, crushing, screening, and conveying into one self-contained unit, enabling direct on-site processing of construction waste into high-quality recycled aggregates and reusable materials. Offering flexible combinations of core crushing equipment—including jaw crushers, impact crushers, cone crushers, and vertical shaft sand making machines—this system adapts to diverse waste compositions and production requirements, making it a key solution for urban renewal, demolition projects, and sustainable construction material production.
Dapeng combination operation with multiple wheel-mounted crushers is a flexible, scalable aggregate production solution that links multiple mobile crushing and screening units into a continuous, multi-stage processing line. This modular system enables seamless integration of primary crushing, secondary crushing, fine crushing, and screening processes, adapting to diverse material types and production requirements while delivering high-quality graded aggregates. By combining different wheel-mounted mobile units, this operation mode eliminates the limitations of single-unit production, allowing for customized processing flows to meet specific output targets and particle size specifications.
