Due to extensive exploitation of mineral resources, the available resource quantities are continually decreasing, leading to a decline in the grade of raw ore and increasingly stringent quality requirements for subsequent processing like smelting. At the same time, human environmental awareness is growing. These realities are placing higher demands on beneficiation equipment, driving its continuous development towards larger, superior, and highly energy-efficient solutions.

The development of mining equipment and technology is concurrent, with technology leading and equipment serving as the foundation. The birth of a new type of mining equipment often brings about a revolution in mining technology. The technological level of mining equipment is not only a prerequisite for process level but also directly impacts the smoothness of production processes and applications. The advancement of science and technology, the interpenetration between various scientific disciplines, and the integration across different industries, the continuous emergence of new structures, materials, technologies, and processing methods, the widespread application of mechatronics and automatic control technologies, have all effectively promoted the continuous innovation of mining equipment and its direction towards high efficiency and energy-saving.

Ball mill

Ball mills are critical equipment for material crushing and subsequent pulverization in mineral processing. They are among the widely-used high-fine grinding machines in industrial production, with various types available, such as energy-saving ball mills, horizontal ball mills, ceramic ball mills, cone ball mills, and rod mills, etc.

The cylinder section has been improved and optimized in design, using ultra-thin, ultra-wear-resistant materials. It can accommodate more material, boasts high grinding efficiency, and produces superior quality finished material with a longer lifespan and lighter volume. The fully enclosed cylinder system ensures better environmental protection and is also noise-free.

Grading machine

The classifier is used in the mineral processing equipment to form a closed-loop circuit with ball mills for grading and分流 mineral sands, or in gravity separation plants for grading sand and fine mud, as well as in the metal beneficiation process for particle size classification of pulp, and in washing operations for desliming and dehydration.

Highly graded with high yield, customizable grading structure to meet various special requirements, vacuum production with no dust pollution, excellent environment, high level of automation, strong stability, and easy operation.

Magnetic Separator

Magnetic separators achieve separation in mineral processing equipment by utilizing the combined forces of magnetism and mechanical action on mineral particles. Different magnetic particles move along distinct paths, thereby being separated into two or more individual mineral processing products.

Vibration Screen

The vibration screen is designed for stone material screening in mining equipment. Its movement path is circular, with the circular vibration screen performing circular motion. It is a new type of high-efficiency multi-layer vibration screen. The circular vibration screen utilizes a cylindrical eccentric shaft exciter and eccentric block to adjust the amplitude, featuring a long material screening path, strong excitation force, and excellent screening efficiency.

The screen or perforated sieve of the equipment is made of spring steel, which is less prone to clogging during operation and consumes less electrical power. It features a bearing with rare oil lubrication and an external block eccentric structure, resulting in low bearing load and temperature, making it more environmentally friendly.