GGBS Ground Granulated Blast Furnace Slag, BRAND JSW RESEARCH GRADE, SUPPLIER HERENBA, Packaging Type Packet

Ggbs ground granulated blast, Furnace slag ggbs or ggbfs is obtained by quenching molten iron slag a by, Product of combinations of iron and steel materials, Making from a blast furnace granular product that is, To produce a glassy, In water or steam then dried and ground into a fine powder. The ground granulated blast furnace slag ggbs is the waste slag produced when smelting pig iron in steel plants. In the procedure for blast as well, Furnace ironmaking as ores of iron and dye coke, An appropriate amount of limestone and dolomite should be added as a flux with the aim of reduce the melting temperature. The calcium oxide and magnesium oxide obtained from their decomposition in the blast furnace and waste ore in iron ore, Coupled with the ash in coke are melted in phases to form a melt with silicate and aluminate as the main components. After quenching and granulation, The slag will be ground in the grinding station to become ggbs powders. The ground granulated blast furnace slag ggbs is mainly amorphous vitreous structure and contains a small number of crystalline minerals. Due to the large content of glass the structure, In slag is in a high, Energy state, Unstable and has great potential activity, So it needs to be ground to give full play to its potential activity. You will find it to be a kind of high, Quality concrete admixture. Application the ground granulated blast furnace slag ggbs is usually added to cement as an admixture to produce blast furnace slag cement. The ggbs powder can significantly improve the comprehensive properties of concrete and cement products by replacing the amount of cement in them for various purposes. Advantages the advantages of adding slag powder to cement mainly include 1 it can greatly improve the strength of cement concrete and prepare ultra, High, Strength cement concrete, 2 it has the ability to successfully inhibit the alkali, Aggregate reaction performance of cement concrete and improve the durability of cement concrete, 3 it can effectively improve the anti seawater erosion performance of especially suitable, Cement concrete for anti seawater engineering, 4 it can significantly reduce the bleeding of cement concrete and improve the workability of concrete, 5 it can significantly improve the compactness and impermeability of cement concrete