
The Track-Mounted Impact Mobile Crushing Plant is a self-developed mobile crushing and screening equipment by the company. It adopts a fully hydraulic-driven tracked vehicle chassis for movement, featuring complete functions, high performance, high reliability and an elegant design. It can reach any position of the work site under any terrain conditions. It is widely applicable to crushing and screening operations in road and bridge construction, urban construction, metallurgy, energy and other sectors.

Higher Output with Multi-Unit Joint Operation The standard configuration requires 3 units: one jaw crusher for primary crushing, followed by one single-cylinder or multi-cylinder cone crusher for secondary crushing, and finally a three-deck screen with dimensions of 6m × 2.1m (length × width) for screening. It can produce 4 different specifications of finished materials as required. Key features of this configuration: Low initial equipment investment cost, high cost-performance ratio, ready-to-use upon arrival at the job site, excellent mobility. While meeting the output requirements, it has minimal site requirements, is easy for workers to operate and maintain, and is widely used in projects processing granite, basalt, tuff, diabase, gneiss, etc. Advantages over traditional equipment: No need for foundation construction, labor-saving, easy mobility, environmental friendliness, high return on investment, low risk, available for lease, and faster payback period compared to traditional equipment.

Equipment Introduction The Track-Mounted Screening Mobile Crushing Plant is a high-efficiency screening and crushing equipment. It can be directly driven to the work site, featuring convenient transfer operations, high screening efficiency and large output. It is especially suitable for operations in complex terrain areas such as narrow sites and urban demolition, and is particularly applicable to construction waste treatment. It can also be used in the screening of minerals and hard rocks, as well as the production of sand and gravel aggregates, which can fully meet the customers' mobile screening requirements.

The Construction Waste Mobile Processing Plant adopts a multi-stage combination mode, which is composed of a jaw crusher, impact crusher, cone crusher, vibrating screening equipment, conveyor belt, etc. There are two walking modes for mobile plant: crawler-type and tire-type, which can be selected according to the road conditions where the operation is frequently carried out.

Dapeng wheel-mounted secondary crusher is a highly integrated mobile crushing solution built for two-stage or three-stage fine crushing. It combines high-performance impact crushers or advanced cone crushers on a robust wheeled chassis, delivering reliable efficiency and superior finished particle shape. With optimized crushing stroke, speed, and cavity design, this mobile station outperforms traditional crushing equipment in overall performance and product quality. The entire unit features a fully on-board belt conveyor system, eliminating the need for external belt installations. It supports flexible feeding methods and can be freely combined with other mobile crushing or screening equipment to form a complete production line, making it ideal for on-site material processing across various working conditions.

Dapeng wheel-mounted sand making and screening plant is an integrated mobile solution designed for artificial sand production and stone shaping. Equipped with high-performance VSI series or 5X series vertical shaft impact crushers, this plant delivers large crushing ratios and strong crushing power, while optimizing the gradation of finished products to meet high-quality sand and aggregate production requirements. Built on a robust wheeled chassis, the entire unit integrates feeding, crushing, and screening into one compact system, enabling direct deployment at job sites without complex foundation work. It offers flexible configurations with two VSI series and two 5X series vertical shaft impact crusher options, adapting to diverse production demands for artificial sand and stone shaping.