vibration screen spring, screen vibrating vibrator, mobile vibrating screen

We manufacture professional quality Vibrating feeders used in industrial, mining, construction material, silicate and chemical plants. Our feeders are manufactured out of the most optimum quality raw materials.
Vibrating feeder can be developed in accordance with the specific need of clients. Due to performance, quality and competitive market prices our feeders for Crusher are in great demand. Feeders are designed and fine tuned to assure the uniform and regular flow of materials over the crusher, screening system and to the conveyors. The settings of feeder equipments can be adjusted according to the requirement.

Vibrating feeder is designed based on the vibration principle. It creates vibration when the materials are passed into the funnel and screen. Vibrating feeder is made up of vibrating frame, vibrator, spring, motor and motor vibrating accessory. The vibrator contains two fixed eccentric shafts with jogged gears. And they create a high aptitude to vibrate the equipment.

With a lot of mineral resources exploitation, the available resources dropped sharply, so that resulting in ore mining quality dwindling. However, smelting mineral product quality requirements are increasing, and people’s environmental awareness has also been strengthened. For many reasons, it makes that customer processing equipment is increasingly high requirements and standards. It promotes ore beneficiation plant equipment manufacturers to seek a new way, developing to the large, intelligent, automated direction.

Selection principles of ore beneficiation plant equipments
1. The main equipment should be have advanced technology, stable and reliable operation, mature production practices, high efficiency, energy saving and environmental protection.
2. According to production scale , try to choose the large-scale ore beneficiation equipment, in order to reduce the number of devices, saving floor space, lower investment and operating costs and improve labor productivity.
3. According to the physical and chemical properties, particle size, water, mud and other factors of the ore, choose the suitable equipments.
4. The auxiliary equipment must be matched with the main equipment, he same job should be the same type of device specifications.
5. In order to ensure that the operating rate of main equipment, associated equipment shall be in accordance with the actual need to give a certain amount of spare parts.