10TPH Sea Sand Grinding Line 195 Mesh for Building Filler

Home / News

10TPH Sea Sand Grinding Line 195 Mesh for Building Filler
 
Sea sand is abundant in reserves and low in cost, which can be made into fine industrial powder after deep grinding. This sea sand grinding project has hourly capacity of 10 tons with finished powder fineness of 195 mesh. Original sea sand contains tiny shells and sediment impurities, which will go through screening and drying process in advance to reduce moisture content and improve powder purity. 
 
The vertical grinding mill adopts optimized rolling grinding structure, featuring strong crushing force and high grinding efficiency. The finished sea sand powder owns good fluidity and compression resistance, commonly used as concrete filler, road base material and cement blending raw material. The circulating air conveying system ensures smooth material discharging without blockage phenomenon.
 
 All vulnerable parts are made of high chromium alloy material with long service life. The production line occupies small land area and is easy to install and debug. It is an ideal choice for investors to make profits by utilizing coastal sand resources, with wide market demand and stable economic returns. In actual operation, the equipment can effectively remove residual salt and trace impurities in sea sand through cyclic wind separation, avoiding later concrete alkali-aggregate reaction and improving building material durability. 
 
The fully automatic feeding and monitoring system realizes unattended operation, greatly saving labor costs and improving production consistency of each batch of finished powder. Compared with traditional river sand processing, sea sand grinding technology solves the resource shortage problem of natural construction sand. The finished sea sand powder has stable chemical properties and high compactness, which can effectively enhance the overall structural strength of concrete and mortar, making it widely applicable in urban construction, highway engineering and water conservancy projects.