GRANULATED BLAST FURNACE SLAG CEMENT CEM III/A 42,5 N

GRANULATED BLAST FURNACE SLAG CEMENT     CEM III/A  42,5 N


This product is a type of blended cement obtained by grinding portland cement clinker with a little amount of limestone as a mineral additive and a setting regulating agent. It can be used in areas where portland cement is used. As it contains additives, its heat of hydration is lower in comparison with portland cement. Type CEM II/B-M (S-P) 42,5R product is included in the cement class with high early strength. Its composition contains granulated blast furnace slag and pozzolana. Similarly, the composition of type CEM II/B-M (S-P-Q) 42,5N product contains two different types of pozzolana and granulated blast furnace slag. While pozzolana increases early strength, granulated blast furnace slag enhances strength at later ages. It also increases resistance of concrete against external impacts in aggressive environments containing chemicals such as sulfate, chloride, etc.

Areas of Use
 In applications for general purposes,  In production of briquettes and tiles,  In production of prefabricated building elements,  In mass concrete and plaster.



In construction works such as coast and harbour constructions, offshore structures, waste water plants, etc. requiring resistance against chemical attacks as well as dams, reinforced concrete underground water pipes, tunnel linings, in constructions for general purpose and in mass concrete requiring low heat of hydration.

COMPOSITE CEMENT CEM V/A (S-P) 32,5 R

COMPOSITE CEMENT  CEM V/A (S-P)  32,5 R


Slag cement, which performs high strength against chemical attacks thanks to its structure, has a low heat of hydration and is known to be more resistant than CEM I type portland cement in the long term, can be used in dams, harbours, treatment plants, irrigation canals, bridges and many other projects and is preferred more and more thanks to its economic quality. Moreover, this product which requires less use of clinker is a type of cement which has minimum impact on the environment in today's conditions. Slag cement reduces concrete costs and increases strength. Concrete which contains granulated blast furnace slag cement is less permeable, has lower hydration, higher operability and workability, higher strength and higher resistance against harmful attacks in many forms when compared to normal concrete. While type CEM III/A product contains slag at the rate of 36-65%, type CEM III/B product contains slag at the rate of 66-80%.

Areas of Use
 In construction of bridges, roads, tunnels, dams and geothermal plants,  In construction of duct and sewage systems, underground water pipes,  In concrete to be used in construction of agricultural depots and silos,  In mass concrete,  In marina structures, seawalls and river-mouth road crossings,  In briquette, flooring, slab (concrete piece), mass molding works,  In construction of harbours, wave breakers and docks and underwater concrete,  For concretes in which alkali silica reactions are to be minimized,
 To substitute asphalt in highway constructions.


It is generally used in dams, plaster and masonry mortar, flumes, treatment plants, mass concrete casting, paving concrete and production of building chemicals.

Blast Furnace Slagt Cement,CEM III/B(S) 42,5N

Blast Furnace Slagt Cement,CEM III/B(S) 42,5N


Granulated Blast Furnace Slag

Granulated Blast Furnace Slag (GBFS) is one of the waste material groups obtained from various metallurgy plants. In production of raw iron, blast furnace slag remains above raw iron due to having less weight and iron ore gangue is composed at a temperature between 1,400 to 1,600 °C after burning of coke and limestone. It is used as an additive component in ready-mix concrete, in production of type CEM III Slag cement or other types of blended cement. It is produced in conformity with the standard TS EN 15167-1.





In construction works such as coast and harbour constructions, offshore structures, waste water plants, etc. requiring resistance against chemical attacks as well as dams, reinforced concrete underground water pipes, tunnel linings, in constructions for general purpose and in mass concrete requiring low heat of hydration.



This product is a type of blended cement obtained by grinding portland cement clinker with a little amount of limestone as a mineral additive and a setting regulating agent. It can be used in areas where portland cement is used. As it contains additives, its heat of hydration is lower in comparison with portland cement. Type CEM II/B-M (S-P) 42,5R product is included in the cement class with high early strength. Its composition contains granulated blast furnace slag and pozzolana. Similarly, the composition of type CEM II/B-M (S-P-Q) 42,5N product contains two different types of pozzolana and granulated blast furnace slag. While pozzolana increases early strength, granulated blast furnace slag enhances strength at later ages. It also increases resistance of concrete against external impacts in aggressive environments containing chemicals such as sulfate, chloride, etc.