DIFFERENT TYPES OF CEMENT AND THEIR USES IN CONSTRUCTION FIELD, OPC, RHC,PPC, WHITE CEMENT, AND SO MORE.
Table of Contents
1.Ordinary Portland Cement(Is: 269 – 1989) :
ORDINARY PORTLAND CEMENT
Used in all types of construction in areas where the impact of the sea and saline is high.
60% of the cement used in the country is Ordinary Portland Cement.
2.Rapid Harding Cement( (Is: 8041 – 1990):
RAPID HARDENING CEMENT
It has C3S higher and C2S less.
Hydration is faster and heat is higher generate.
Generally 7 day after we get strength in OPC cement, where in Rapid Harding Cement we get strength in 3 day. Thus the strain shake is obtained quickly.
Heat produces more so that the concrete cannot be used in mass construction.
where form work is to be removed soon
For road repair
In cold weather
For prefabricated units
3.Quick setting cement:
QUICK SETTING CEMENT
Setting quickly but not giving strength quickly.
Aluminum sulphate is added
For under water construction
4.Low Heat Cement(Is: 12600 – 1989):
C3S, C 3A have low proportions.
C2S is higher in this cement.
Hydration rate is slower and heat is less.
Mass Concrete (dam)
To prevent Sulphate attack
For hot weather
5.Sulphate Resisting Cement(IS: 12330 – 1988):
SULFATE RESISTING CEMENT
The proportion of C3A is kept very low (up to 5%).
For Sewage Treatment Plant
For RCC Pipes
Base and Basement in Soil & Muddy Soil
6.Portland Pozzolana Cement(Is: 1489 – 1991, Part – 1):
PORTLAND POZZOLANA CEMENT
This cement is made by adding fly-ash powder in OPC. Or, made by cement grinding with Portland cement clinker, pozzolana and gypsum. Ponzolana should be greater than 10% and less than 25%.
Natural Pozzolana material is clay, shale, pumicites, volcanic ash.
Artificial Pozzolanamateral is Fly ash, Surkhi
For mass concrete constructon
For construction in seawater
For Hydraulic construction
7.High Alumina Cement(Is: 6452 – 1989):
High Alumina Cement
In this cement have 40% bauxite, 40% lime, 15% iron oxide and 5% silica, magnesia etc.
80% strength is achieved in 24 hours which means rapid hardening quality.
Concrete that can withstand temperatures of 1600 ° C.
For marine construction this cement is suitable.
8.Hydrophobic Cement(Is: 8043 – 1991):
During OPC clinker grinding, stearic acid, oleic acid, boic acid are added. This acid forms a layer around the cement particles that protects the cement from moisture in the air. Thus cement lengthen! Can be stand for a long time without the effect of moisture.
9. High strength Portland Cement(IS: 8112 – 1989):
In OPC, the ratio of C2S is high and the concentration is 3500 cm / gm shows high strength.
For Prestress Concrete
For Precast Concrete
For Air Field works
10.Blast furnace slag cement(IS: 455 – 1989):
Blast furnace slag cement
This cement is made by mixing and grinding of the proper amount OPC clinker, gypsum and blast furnace slag.
It produces less heat of hydration so it cannot be used in colder regions.
Useful in Mass Concrete
Used for construction in seawater.
This cement is made by mixing OPC clinker, alumina cement, gypsum etc. The cement concrete is compressed in the meantime. Expensive cement can be used to overcome this defect.
War time repairs
12.Masonary cement (Is: 3466 – 1988):
OPC clinker This cement is made by mixing inert materials such as limestone, dolomite gypsum, dolomitic lime and air entailed plasticizer in the right mix. Lime motor, cement mortar, lime – can be used in place of cement mortar. These OPC defects such as compression cracks, workability defects, plastic mix, etc can be overcome with this cement.
Widely used in construction where low strength is required.
13.White Cement (IS: 8042 – 1989):
White Cement (IS: 8042 – 1989)
Keeping the content of iron oxide low during cement production does not give the gray color of cement.
When using cement as an oil fuel instead of coal in the furnace, cement does not cause impurities and gives the color white.
Used to fit glaze tiles and mosaic tiles.
14.Water Proof Cement:
Water Proof Cement
This cement is made by adding prepared gypsum to waterproof substances such as calcium stearate, aluminum stearate and tannic acid.
This cement is used to suppress the permeability of concrete.