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Portland Slag Cement (birat Psc)

Portland Slag Cement is manufactured by intimately inter grinding a mixture of Portland Cement Clinker and Granulated blast furnace Slag (25-45%) with addition of Gypsum.

Birat PSC Slag Cement has distinct advantage. It has low heat of hydrationry low drying shrinkage and very low expansion which reduces the formation of micro cracks and improves the durability of construction.

Portland Slag Cement has the incredible feature of reduction in heat during hydration, increased lateral strength, improvement in work ability leading into less bleeding, better interface with aggregates resulting into inhibition of aggregate reaction.

This kind of cement is manufactured by grinding the Clinker with Blast furnace granulated slag and Gypsum. These elements are ground to desired fineness.

Days B.I.S. Specification For PSC – IS : 455 BIRAT PSC Cement
3 days 16 Mpa Min 20 + - 2Mpa
7 days 22 Mpa Min

36 + - 2Mpa

28 days 33 Mpa Min

50 + - 2Mpa

Portland Slag Cement (birat Psc ++)

Portland Slag Cement is manufactured by intimately inter grinding a mixture of Portland Cement Clinker and Granulated blast furnace Slag (25-45%) with addition of Gypsum.

Birat PSC ++ Slag Cement has distinct advantage. It has low heat of hydrationry low drying shrinkage and very low expansion which reduces the formation of micro cracks and improves the durability of construction.

Portland Slag Cement ++ has the incredible feature of reduction in heat during hydration, increased lateral strength, improvement in work ability leading into less bleeding, better interface with aggregates resulting into inhibition of aggregate reaction.

This kind of cement is manufactured by grinding the Clinker with Blast furnace granulated slag and Gypsum. These elements are ground to desired fineness.

Physical Testing

S.L No Details Figure
1 Fineness 4000 -4200
2 Setting Times (Minutes)

Initial 100 + 1U

Final 220 + 2U

3 Comprehensive Strength ( Mpa)

3 days + - 22 Mpa Min

7 days + - 37 Mpa Min

28 days + - 53 Mpa Min

4 Soundness

Le-chatelier’s Exp. : 10mm (Max)

Autoclave Exp. : 0.8%(Max)

Chemical Analysis

Loss on Ignition (LOI) Max. 5%
Insoluble Residue (IR)

Max. 4%

Magnesium Oxide (Mgo)

Max. 8%

Sulphur Trioxide (So3)

Max. 3%

Portland Slag Cement Concrete (virat Concrete)

Portland Slag Cement Concrete is manufactured by intimately inter grinding a mixture of Portland Cement Clinker and Granulated blast furnace Slag (25-45%) with addition of Gypsum.

Birat PSC Concrete Slag Cement has distinct advantage. It has low heat of hydrationry low drying shrinkage and very low expansion which reduces the formation of micro cracks and improves the durability of construction.

Portland Slag Cement Concrete has the incredible feature of reduction in heat during hydration, increased lateral strength, improvement in work ability leading into less bleeding, better interface with aggregates resulting into inhibition of aggregate reaction.

This kind of cement is manufactured by grinding the Clinker with Blast furnace granulated slag and Gypsum. These elements are ground to desired fineness.

Physical Testing

S.L No Details Figure
1 Fineness 4000 -4200
2 Setting Times (Minutes)

Initial 100 + 1U

Final 220 + 2U

3 Comprehensive Strength ( Mpa)

3 days + - 22 Mpa Min

7 days + - 37 Mpa Min

28 days + - 53 Mpa Min

4 Soundness

Le-chatelier’s Exp. : 10mm (Max)

Autoclave Exp. : 0.8%(Max)

Chemical Analysis

Loss on Ignition (LOI) Max. 5%
Insoluble Residue (IR)

Max. 4%

Magnesium Oxide (Mgo)

Max. 8%

Sulphur Trioxide (So3)

Max. 3%

Premium Birat Concrete

Portland Slag Cement is manufactured by intimately inter grinding a mixture of Portland Cement Clinker and Granulated blast furnace Slag (25-45%) with addition of Gypsum.

Birat PSC ++ Concrete & Virat Concrete Premium Cement has distinct advantage. It has low heat of hydrationry low drying shrinkage and very low expansion which reduces the formation of micro cracks and improves the durability of construction.

Portland Slag Cement has the incredible feature of reduction in heat during hydration, increased lateral strength, improvement in work ability leading into less bleeding, better interface with aggregates resulting into inhibition of aggregate reaction.

This kind of cement is manufactured by grinding the Clinker with Blast furnace granulated slag and Gypsum. These elements are ground to desired fineness.