Thin oil double-shaft self-synchronous horizontal screen

Product Introduction

The screen body is welded with special steel plates for pressure vessels, and the beams are all turned accurately to ensure that the screen body wall panels are parallel. After finishing, it will not be damaged or deformed for long-term use, which ensures that the exciter has good performance and long service life.
Using NJ exciter, no oil seal design, thin oil lubrication, never oil leakage.
Each NJ shaker uses two bearings, which has a longer service life, is installed from the outside to the inside, and is fastened with torsion shear bolts, which are not easy to loosen and easier to disassemble and maintain.
The bearings use special bearings for vibrating screens imported from FAG from Germany.
The horizontal arc design of the screen makes the material distribution more uniform, the screening efficiency is higher, and the best screening efficiency is achieved.
Double-axis self-synchronization, large processing capacity, high screening efficiency, smooth material screening, not easy to plug holes and materials.
The vibrating screen runs in an elliptical shape, with stable movement and low power consumption.

Features & Benefits:

The overall processing capacity of the double-shaft self-synchronous elliptical screen is increased by about 25%, and the screening efficiency is increased by about 5%.
The screens provide regular and precise separation, even in wet environments or viscous materials, providing extremely consistent performance for high screening precision applications.
Equipped with two unbalanced shafts on the case, asymmetrical placement of the shaker relative to the center of gravity, no synchronisation gears or timing belts, these features combined with an efficient splash lubrication system ensure easy maintenance and maximum reliability, no synchronisation system and no oil seal design reduce operating noise and failures with few potential problems.
Compared to ordinary screens, the distance between screen layers has been increased by 50%, making maintenance easier, safer, more comfortable, more efficient, faster maintenance and replacement times, uptime is optimized, and production is profitable.
Wearing parts are modular, and maintenance and replacement are simple and fast.
The feed screen ramp design provides instant particle distribution for higher screening efficiency.
Polyurethane strips are added between the screen and the screen body to absorb shock, effectively avoid the cracking of the screen, and ensure the smooth and safe assembly of the metal fatigue of the screen.

Technical parameters