Center-driven thickeners are solid-liquid separation devices widely used in mineral processing, metallurgy, chemical engineering, and environmental protection. They are primarily used to concentrate low-concentration mineral slurries or liquids into high-concentration underflow, while simultaneously obtaining clarified overflow water.Compared to peripheral-driven thickeners (typically over 53 meters in diameter), center-driven thickeners are more suitable for small to medium-sized applications (usually under 24 meters), featuring a compact structure, simple maintenance, and low investment costs. Advantages: High-efficiency concentration capacity: High throughput per unit area, employing flocculation technology to significantly improve settling speed; hydraulic drive with stepless speed regulation; Multi-point synchronous drive: large equipment uses four hydraulic motors to jointly drive the slewing bearing, ensuring balanced force distribution; Automatic rake lifting protection: when resistance increases or oil pressure exceeds the set value, the rake frame is automatically lifted, and the equipment stops when the shutdown pressure is reached to prevent damage; intelligent control; optimized structural design.…

The square swing screen is a high-precision, high-output screening device. It features a self-cleaning screen, high screen utilization, long service life, and excellent sealing. It is widely used in industries such as chemical and new materials, metallurgy, metal powder, mineral powder, food, salt, sugar, abrasives, and feed. Working Principle: After the screening machine is started, the screen box moves back and forth under the action of inertial force. The screen box drives the screen surface to shake periodically, so that the material on the screen surface moves in a directional jumping motion with the screen box. During this process, the material smaller than the screen hole diameter falls to the lower layer through the screen hole and becomes the undersize material. The material larger than the screen hole diameter is discharged from the discharge port after continuous tumbling and jumping motion, thus completing the screening work.

The mud-stone separator, also known as a multi-stage linkage roller screen, is a high-efficiency screening device specifically designed for separating mixtures of mud, stones, and other materials. It requires no water and is widely used in mining, construction waste treatment, and other fields. Environmentally Friendly & Highly Efficient Dry operation – no water required Large processing capacity High separation efficiency Strong Adaptability Suitable for wet materials with high moisture content and high viscosity Modular Design Adjustable roller length, spacing, and disc structure Screening gap adjustable (e.g., 3 cm) Wear-Resistant & Durable Corrosion-resistant and wear-resistant materials Multi-functional Integrates conveying, separating, screening, and feeding functions

Shaftless drum screens are rotary screening devices optimized by eliminating the central shaft structure, and are widely used in mining, building materials, solid waste treatment and other fields. Compared to traditional shafted structures, the shaftless design offers significant performance improvements: anti-winding and anti-clogging; strong processing capacity: screening area increased by 20%-30%; adaptable to complex materials: can handle easily clogged materials such as sludge and clay with a moisture content of over 60%; convenient maintenance: drive unit and support components are externally mounted; good environmental performance: fully enclosed structure + spray dust suppression; stable operation: dual-motor synchronous control technology ensures smooth operation and lower noise than traditional equipment.

The YK series eccentric block vibrating screen is a high-efficiency screening device and a replacement for the YA type shaft eccentric circular vibrating screen. This series of screens adopts advanced block eccentric vibration technology, featuring reliable structure, strong vibration force, high screening efficiency, low noise, and convenient maintenance Product Features This series of vibrating screens is available in one, two, three, and four-layer structures. The frequency, amplitude, and screen surface inclination angle are all adjustable. The vibrating screen adopts a block-eccentric external vibrator structure. During the serialization process, this vibrating screen fully considered the requirements for the commonality, standardization, and serialization of various components, and adopted the technical design of common vibrating screens in the same industry.  

A hydrocyclone separator is a specific application of hydrocyclone technology focused on isolating and removing solid contaminants from a liquid stream. It acts as a continuous, high-volume pre-filter to protect downstream equipment like membranes, pumps, and fine filters from abrasive wear and clogging. Key Benefits Continuous Operation – Operates non-stop without needing to shut down for backwashing or filter changes. Low Maintenance – Zero moving parts and no internal screens mean it rarely clogs and lasts for years. Zero Liquid Loss – Most industrial separators use a purge valve or a collection chamber at the bottom to flush out solids with minimal water waste. Low Pressure Drop – Requires very little energy to maintain the internal vortex compared to tight media filters. Where Separators Are Installed Industrial Cooling Towers – Removes airborne dust, scale, and sand from cooling loop water. Agricultural Irrigation – Filters sand and silt from well water or river water to prevent nozzle clogs.…

Variable frequency adjustable speed motor can solve the problem of fatigue and accelerated aging of mechanical structure and insulation structure caused by frequent starting and braking of motor, and can also effectively reduce the instantaneous voltage of motor during starting. This AC motor is a kind of variable-frequency adjustable speed ACVariable frequency adjustable speed motor can solve the problem of fatigue and accelerated aging of mechanical structure and insulation structure caused by frequent starting and braking of motor, and can also effectively reduce the instantaneous voltage of motor during starting. motor, referred to as variable-frequency motor, which adopts electromagnetic design, reduces the resistance of stator and rotor, adapts to frequent speed change under different working conditions, and saves energy to a certain extent. At present, it has become the mainstream speed control scheme, which can be widely used in all walks of life. Difference Between Variable Frequency AC Motor and…

The electric control system can help users check operation status of the equipment anytime and anywhere, and they can monitor the temperature, flow, current, hydraulic pressure, operation time and other parameters. It is easy to start or stop the equipment on line, and collect the voltage and current conveniently. By this way, the equipment can be controlled and protected timely and effectively, and the production line can run stably and steadily.

The vibrating screen mesh is mainly used for circular vibrating screens. The woven structure of the screen is pre-bent into corrugated metal wires, so that the two bends are stuck in the same position to ensure the size of the mesh. The vibrating screen mesh has two-way corrugated bending, locking bending, two-way isolation bending, flat top bending, and one-way corrugated bending, and a solid structure. The vibrating screen mesh is mainly used to screen 10-200mm granular materials. Materials with large specific gravity and large particles have good effect. The square mesh is the most common vibrating screen mesh, and its opening rate is as high as 70% of the total area. The effective sieving area is larger than that of the round-hole sieve, and it is not easy to block holes in the sieving, and the screen penetration rate is high, and the productivity is also high. However, it also…

This belt feeder is suitable for medium to large material loads, and is compatible with belt widths from 500mm to 2000mm and conveyor lengths of 1.5 meters or longer. This equipment offers the following advantages: Dual-sensor direct-load-bearing structure, simple design, low failure rate, and minimal maintenance. Key components undergo stress-relief treatment before leaving the factory, ensuring worry-free long-term operation. Calibration accuracy better than 0.25% Dynamic metering accuracy ±0.5%-±1% Control accuracy better than ±0.5% Flow rate range 0.5-450T/H Weighing bridge with dual-sensor direct support Digital speed sensor with direct connection to the tail roller.  

Based on the traditional technology in China, GMBZ Series high efficiency and energy saving Rod Mill is the new type of product with optimized and developed design. Instead of the traditional bearing support, rod mill adopts the advanced rolling bearing support, which decreases the running resistance, reduces the energy consumption by10-20% and improves the capacity by over 20%. It applies the dry oil lubrication instead of the original thin oil lubrication, which saves the oil consumption by over 70%. Also there is no need the high-low pressure lubricating station for the large type of mill, which reduces the investment cost. It is widely used in sand making in the large type of aggregate system and adjusting the fineness modulus of sand, also for grinding all kinds of mineral rock in the metal and nonmetal mines and building materials, coal and other industries. There are two discharging ways for the rod…

Wet overflow ball mills are the most widely used fine grinding equipment in the mineral processing field. They have a simple structure and rely on gravity flow to discharge ore. They are often used for ores with fine grinding requirements and are usually used in the second and third stages of multi-stage grinding processes. Main applications include: Metal mines: Two-stage/three-stage fine grinding of non-ferrous metal ores such as copper, lead-zinc, and molybdenum; grinding of rare metal ores such as spodumene, tantalum-niobium ore, etc.Non-metallic minerals: Ultrafine grinding and deep processing of non-metallic minerals such as quartz, feldspar, and fluorite. Process Flow: Open-circuit grinding: Suitable for operations requiring high product fineness. Closed-circuit grinding: Used in conjunction with classifiers and hydrocyclones to achieve high-precision grinding and classification.