Welcome to SorTek website !
Welcome to SorTek website !
Application
SorTek linear screen SYJS is proven in the removal of oversize particles from process feed streams and has been found to be effective in applications such as particle chassification,trash screening,water waste removal and wash screening.Inthe recycling field,on the recycling of the metal from the waste incineration bottom slag,the linear screen proves its high efficiency.And surely it can assist in a variety of industries with most applications.
Technology
The vibration trajectory can be adjusted between straight lines and ellipses, and can be mounted horizontally or at small inclination angles. LF series linear vibrating screen is designed for heavy-duty mine conditions, high screening efficiency, large production capacity, low installation space required (shorten the length of the belt, reduce the cost of foundation and chute accessories), the use of dual motors and double mechanical eccentric vibration mechanism, high excitation force. Widely used in metallurgy, building materials, transportation and other fields.
Features
■The exciter adopts box type, eccentric block external, high efficiency gear transmission exciter, long life; This vibrator is interchangeable, easy to maintain, stable synchronization effect, high efficiency gear transmission exciter, low noise, only 78 ~ 80dB.
■Vibrator mounting girder is the key component to withstand excitation force and transmit excitation force, the design adopts high-strength materials, double H beam mechanism design, built-in reinforcement plate, high stiffness, light weight, all welds in line with AS1554-P5 welding standards.
■The sieve plate support beam adopts german Schenck-style seamless hollow box structure, material Q355B, bonded to the American imported Nainat rubber plate. It has the effect of anti-corrosion and wear resistance, and improves the life of the beam by more than 2 times.
■The side plate of the sieve machine adopts ANGANG CCSDH36 boat plate, and the yield strength and tensile strength are 1.45 times and 1.4 times that of conventional vibrating screen materials, respectively.
