Based on experimental results, influence of sieving surface length, vibrating parameters and feedings size on the productivity of the vibration screen are analyzed. The results show that while the vibration frequency and the sieving surface length increase, the sieving productivity increases with the increase in content of fine particles in feedings. As the amplitude increases, the sieving productivity gradually increases with the increase in sieving surface length; while as the sieving surface length is over 40cm, the sieving productivity decreases with the increase in vibration frequency.
sieving efficiencyvibration amplitudevibration frequency
NETL
NSTL
维普
万方数据
