VIBRATING SCREENS

Vibrating screens are designed in the most appropriate way for the place of use for the classification of the crushed material according to the dimensions. Grate prescreens in general. middle driven sieves are classified as top driven sieves (elliptical) sieves. It can be made in desired sizes and floors. Vibrating sieve is one of the important places in the crushing and screening plant. Screening is a fundamental process of a factory. The purpose of the equipment is to classify materials at different stages and, if necessary, to send them to other crushing stages of the system. It can be manufactured to the desired size and can have 2, 3 or 4 floors depending on the design of the crushing and screening plant. In the process of sifting it can be both wet and dry. Dry combing is mostly preferred; but it needs a wet one from time to time. The reasons are high humidity, accumulated coming from the river or sea, dirty stones and the need to separate very small pieces. For wet screening on nozzles and pipes in nets. Our screens designed on bolted structure do not include welding work. Looking at the shipping cost, it should be noted that our displays fit perfectly on a trailer; therefore it is delivered fully assembled and ready to work. Advantages Design suitable for transport in trailer. Already assembled and ready to use; low maintenance requirements; Easy spare part replacement thanks to bolted structure and ladder; It is designed for network change as soon as possible; Easy to use. Working Principle Vibrating sieve drivers with the help of vibrating system. The sieve located on the springs in the main chassis. When an aggregate falls on the cages, it spreads to the surface thanks to the vibration of the sieve. The mesh with the lowest cell area is located at the bottom of the sieve, and the location of the other bundles also defines the cell area; the higher the cell area, the higher the wires are located. Thus, the smallest aggregate at the bottom and must be returned to a system at the top or broken in the next step, the aggregate (which cannot pass through the cell) is sieved.