Jiayang Machinery's Linear Equal Thickness Vibration Screen Technology Achieves Major Breakthrough

Innovation drives development, technology leads the future. Jiayang Machinery's linear and equally thick vibrating screen, with its unique technological advantages, promotes the development of the screening industry towards high efficiency and energy conservation

Xinxiang Jiayang Machinery Equipment Co., Ltd. has made significant breakthroughs in the field of vibration screening technology. Its developed linear equal thickness vibrating screen, with innovative structural design and superior performance, has achieved significant improvements in screening efficiency, processing capacity, and energy consumption control. This device has optimized the design of multi-stage screening surfaces and advanced vibration excitation system, which improves screening efficiency by 1.5-2 times compared to traditional equipment and reduces energy consumption by more than 30%.

1、 Technological breakthrough: innovative application of equal thickness screening principle

The linear equal thickness vibrating screen adopts a screen surface design with multiple sections of different inclination angles, which makes the screened materials approximately evenly distributed in each section. This design results in faster material movement at the feeding end, rapid thinning and layering of the material layer, slower material conveying speed at the discharging end, strengthened layering, and increased chances of material passing through the screen.

The innovative design of the variable linear trajectory gradually reduces the screen surface stroke from the feeding end to the discharging end, changing the traditional motion mode of the translational vibration screen surface where the trajectory and intensity of each point are the same. This groundbreaking design maintains a constant layer thickness during the screening process, significantly improving screening efficiency.

The equipment adopts a box type exciter for vibration, with high bearing capacity and long service life. The screening machine adopts gear forced synchronization, and the vibrator is installed on the main beam. The screening machine has high strength, ensuring stable operation of the equipment under heavy load conditions.

2、 Structural innovation: comprehensive improvement in reliability

The linear equal thickness vibrating screen adopts a box beam frame structure, which has been optimized through finite element analysis, and its bearing capacity has been increased by more than 30% compared to traditional design. All connecting components of the screen frame are made of torsion shear high-strength bolts, which are reliable and have a long service life.

Modular component design makes equipment maintenance more convenient. The screen surface is fixed longitudinally for easy installation and maintenance. The main welding parts are treated with stress relief, and all component surfaces are shot blasted, effectively improving the durability of the equipment.

The bearings in the exciter adopt imported large clearance bearings, which are specially matched with the bearing seat to double the bearing life and greatly reduce the maintenance workload of the exciter. The lower crossbeam supporting the screen surface adopts a specially designed I-shaped beam, and the key parts are connected with high-strength bolts of torsional shear type, which are reliable and easy to maintain.

3、 Performance advantage: industry-leading in multiple indicators

The straight-line equally thick vibrating screen performs excellently in processing capacity, with a processing capacity 1.5-2 times higher than that of vibrating screens with the same effective area. The grading effect is particularly significant for medium and fine materials, with a screening efficiency of over 90%.

The equipment uses rubber springs for shock absorption, ensuring smooth operation in the resonance zone and low noise. Compared with similar devices, the energy consumption is reduced by 30% -35%, and the noise is controlled below 75 decibels, significantly improving the working environment.

The screen plate is made of the latest non-magnetic wear-resistant stainless steel material, which has the characteristics of high strength and high wear resistance, extending the service life of the screen plate. The equipment can be equipped with various types of screening surfaces, such as woven screens, stainless steel slit screens, polyurethane screens, and punched screen plates, to adapt to different material characteristics.

4、 Application field: Widely adaptable to industry needs

Linear equally thick vibrating screens are widely used in industries such as coal, metallurgy, mining, power, and building materials, exhibiting excellent performance in dry classification of various granular and small loose solid materials.

In the coal industry, this equipment is used for screening operations such as raw coal classification, desliming, desliming, and dewatering, especially in heavy medium coal preparation processes, demonstrating significant advantages. With the construction of large-scale coal preparation plants and the increasing simplification of coal preparation processes, linear equal thickness vibrating screens are favored by a large number of users due to their advantages such as large processing capacity, high screening and de mediation efficiency, stable and reliable performance.

In the metallurgical industry, this equipment is suitable for screening sintered ore and sintered pellets, and can be used for grading various ores in the mining industry. It is the preferred large-scale vibrating screen for large beneficiation plants.

5、 Intelligent control: Improve operational convenience

The equipment is equipped with an intelligent monitoring system to monitor key parameters such as bearing temperature and vibration amplitude in real time. When data anomalies occur, the system will automatically alert and achieve predictive maintenance to avoid production losses caused by sudden failures.

The variable frequency speed regulation system can flexibly adjust the operating parameters of the equipment according to the characteristics of the material. Through the human-machine interface touch screen, operators can intuitively view the operating status of the equipment, adjust working parameters, and greatly simplify the operation process.

The remote operation and maintenance platform supports real-time uploading of device data, and users can view information such as output, running time, and energy consumption statistics through terminal devices. The system automatically generates operation reports to provide data support for production management and maintenance decisions.

The successful development and application of the linear equal thickness vibrating screen reflects Jiayang Machinery's continuous technological strength in the field of screening equipment innovation. This equipment is creating significant economic benefits for customers in various industries with its excellent screening efficiency, reliability, and energy-saving and environmental protection characteristics. In the future, Jiayang Machinery will continue to deepen technological innovation and contribute to the advancement of screening equipment technology in China.