It is a system that has the feature of retaining and washing materials with material contents of river sand and limestone, 0.5 mm sand of stones up to 250 microns. The sieve mesh used in the sieve is polyurethane rubber. The hydrocyclone and pump used in the system are domestic production.
Dewatering screens are important equipment used in the industrial and construction sectors and are generally preferred in areas such as mines, sand and gravel facilities, quarries, cement plants and waste recycling facilities. In these facilities, dewatering screens are used to separate and recover the liquids formed as a result of washing or filtering the materials. Dewatering screens allow the excess water on the materials to be filtered or scraped, thus helping the material to dry and become suitable for processing. Basically, water is separated from the material by using a special sieve system with a large surface area. These screens can generally be vibrating or linearly moving and are produced in different sizes and capacities according to the screening and dewatering needs of various materials. Dewatering screens provide important advantages such as increasing the efficiency of businesses, ensuring water recovery and reducing the amount of waste water. They are also considered an environmentally friendly solution because they contribute to the conservation of water resources by reducing water consumption. Therefore, dewatering screens are considered an important and effective equipment for industrial enterprises.
Technicial Specifications
| MODEL | DIMENSIONS | CAPACITY | MOTOR POWER |
| UT-HS-01 | 1200 x 2400 | 40-80 t/h | 2 x 2.2 kW |
| UT-HS-02 | 1500 x 3300 | 80-120 t/h | 2 x 2.9 kW |
| UT-HS-03 | 1500 x 4000 | 120-180 t/h | 2 x 5.5 kW |
