Products and Services

Cement Products

Misr Cement Group covers a diverse range of cement and concrete products, of the highest-quality Portland Cement, Sulphate Resistant Cement and Blended Pozzolanic Cement, in its state-of-the-art manufacturing facilities.

Blended Pozzolanic Portland Cement

(CEM II A/P 42.5N & CEM IV A/SR 42.5N (P)) Suitable for a range of construction needs, the two blended cement products produced by MISR Cement Qena can improve the workability, strength, durability and chemical resistance of concrete, making it more resilient to varying conditions. When producing this cement, part of the clinker is replaced with pozzolanic materials that help reduce CO2 emissions, while enhancing cement properties and cost efficiency.

El Meaelem Pozzolanic Cement

El Mealem Pozzolanic Cement (CEM II A/P 42.5N) is suitable for a wide range of construction needs.
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Luxor Pozzolanic Cement

Luxor Pozzolanic Cement (CEM II A/P 42.5N) is suitable for a wide range of construction needs.
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Qena Al Mokawm Pozzolanic Cement

Qena Al Mokawm Pozzolanic Cement ( CEM IV A/SR 42.5N (P)) is suitable for a range of construction needs.
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Al Wadi Pozzolanic Cement

Al Fayoum Pozzolanic Cement

Ordinary Portland Cement

(OPC- CEM I 42.5 N) This versatile product can be utilized for all construction purposes. Its’ uses include plain and reinforced concrete works across all building types and infrastructure projects, including roads and bridges.

Horus Cement

Horus Cement is a high-quality Portland cement, it’s a versatile product that can be utilized for all construction purposes including plain and reinforced concrete works across all building types and infrastructure projects, including roads and bridges.

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Masala Cement

Masala Cement is a high-quality Portland cement, it’s a versatile product that can be utilized for all construction purposes including plain and reinforced concrete works across all building types and infrastructure projects, including roads and bridges.

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Minya Cement

Minya Portland Cement (CEM I) is a versatile product that can be utilized for all construction purposes. Its’ uses include plain and reinforced concrete works across all building types and infrastructure projects, including roads and bridges.

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Qena Cement

Qena Portland Cement (CEM I) is a versatile product that can be utilized for all construction purposes. Its’ uses include plain and reinforced concrete works across all building types and infrastructure projects, including roads and bridges.

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Sulphate Resistant Portland Cement

(SRC- CEM I 42.5 N) This cement is designed to improve the durability of concrete and reduce the risk of structural deterioration in an environment of sulphate attacks such as foundations, sanitation works, sewage pipeline treatment and rehabilitation, as well as agricultural and industrial uses.

Minya Al Mokawm Sulphate Resistant Cement

Minya Mokawm Sulphate Resistant Cement (SRC) is designed to improve the durability of concrete and reduce the risk of structural deterioration in an environment of sulphate attacks such as foundations, sanitation works, sewage pipeline treatment and rehabilitation, as well as agricultural and industrial uses. 

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Qena Al Mokawm Sulphate Resistant Cement

Qena Al Mokawm Sulphate Resistant Cement (SRC) is designed to improve the durability of concrete and reduce the risk of structural deterioration in an environment of sulphate attacks such as foundations, sanitation works, sewage pipeline treatment and rehabilitation, as well as agricultural and industrial uses.
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El Meaelem Pozzolanic Cement (CEM II A/P 42.5N)

El Mealem Pozzolanic Cement (CEM II A/P 42.5N -) is suitable for a wide range of construction needs, it can improve the workability, strength, durability and chemical resistance of concrete, making it more resilient to varying conditions. When producing this cement, part of the clinker is replaced with pozzolanic materials that help reduce CO2 emissions, while enhancing cement properties and cost efficiency. Pozzolanic materials increase the ability of the cement to resist dissolved salts in soil, including sulfate salt.

Composition

Portland Cement Clinker
74% to 86%

Natural siliceous Pozzolanic
10% to 20% complying with BS: 8615/ 2019

Gypsum
4 to 6% 

Advantages

  • The reduction of the overall amount of heat of hydration throughout the early ages of concrete, causing less cracks.
  • Contributes to industry efforts to preserve the environment through the reduction of clinker production, which leads to the reduction of CO2 emissions.
  • Increased density of concrete structure leading to higher compressive strength.
  • The reduced permeability of the hardened concrete structure.

Uses & Applications

  • Plain and reinforced concrete that is not exposed to sulfates in soil.
  • Lining the concrete work of irrigation channels and drinking water reservoirs.
  • Concrete work of sewage rehabilitation projects.
  • Foundation of bridges and all piles work.
  • Mass concrete work and concrete of structures with double exposure of sulfates and chlorides.
Physical and Mechanical Properties
Results Range
2013 /ES:4756-1
Blaine Fineness specific surface area
3400-3600
Setting time
Initial setting time in minutes
210-225
Minimum 60 Minutes
Final setting time in minutes
260-275
Compressive Strength
After 2 days
16-18
Minimum 10 N/mm2
After 7 days
32-35
After 28 days
46-50
Minimum 42.5 N/mm2
Expansion (Le Chatelier)
Maximum 10 mm

Luxor Pozzolanic Cement (CEM II A/P 42.5N)

Luxor Pozzolanic Cement (CEM II A/P 42.5N) is suitable for a wide range of construction needs, it can improve the workability, strength, durability and chemical resistance of concrete, making it more resilient to varying conditions. When producing this cement, part of the clinker is replaced with pozzolanic materials that help reduce CO2 emissions, while enhancing cement properties and cost efficiency. Pozzolanic materials increase the ability of the cement to resist dissolved salts in soil, including sulfate salt.

Composition

Portland Cement Clinker
74% to 86%

Natural siliceous Pozzolanic
10% to 20% complying with BS: 8615/ 2019

Gypsum
4 to 6% 

Advantages

  • The reduction of the overall amount of heat of hydration throughout the early ages of concrete, causing less cracks.
  • Contributes to industry efforts to preserve the environment through the reduction of clinker production, which leads to the reduction of CO2 emissions.

Uses & Applications

  • Plain and reinforced concrete that is not exposed to sulfates in soil.
  • Lining the concrete work of irrigation channels and drinking water reservoirs.
  • Concrete work of sewage rehabilitation projects.
  • Foundation of bridges and all piles work.
  • Mass concrete work and concrete of structures with double exposure of sulfates and chlorides.
Physical and Mechanical Properties
Results Range
2013 /ES:4756-1
Blaine Fineness specific surface area
3400-3600
Setting time
Initial setting time in minutes
210-225
Minimum 60 Minutes
Final setting time in minutes
260-275
Compressive Strength
After 2 days
16-18
Minimum 10 N/mm2
After 7 days
32-35
After 28 days
46-50
Minimum 42.5 N/mm2
Expansion (Le Chatelier)
Maximum 10 mm

Qena Al Mokawm Pozzolanic Cement (CEM IV A/SR 42.5N (P))

Qena Al Mokawm Pozzolanic Cement ( CEM IV A/SR 42.5N (P)) is suitable for a range of construction needs, it can improve the workability, strength, durability and chemical resistance of concrete, making it more resilient to varying conditions. When producing this cement, part of the clinker is replaced with pozzolanic materials that help reduce CO2 emissions, while enhancing cement properties and cost efficiency. Pozzolanic materials increase the ability of the cement to resist dissolved salts in soil, including sulfate salt.

Composition

Portland Cement Clinker
73% to 76%

Natural siliceous Pozzolanic
20% to 23% complying with BS: 8615/ 2019

Gypsum
4 to 6% 

Advantages

  • The reduction of the overall amount of heat of hydration throughout the early ages of concrete, causing less cracks.
  • Contributes to industry efforts to preserve the environment through the reduction of clinker production, which leads to the reduction of CO2 emissions.
  • Increased density of concrete structure leading to higher compressive strength.
  • The reduced permeability of the hardened concrete structure.

Uses & Applications

  • Plain and reinforced concrete that is not exposed to sulfates in soil.
  • Lining the concrete work of irrigation channels and drinking water reservoirs.
  • Concrete work of sewage rehabilitation projects.
  • Foundation of bridges and all piles work.
  • Mass concrete work and concrete of structures with double exposure of sulfates and chlorides.
Physical and Mechanical Properties
Results Range
2013 /ES:4756-1
Blaine Fineness specific surface area
3400-3600
Setting time
Initial setting time in minutes
210-225
Minimum 60 Minutes
Final setting time in minutes
260-275
Compressive Strength
After 2 days
16-18
Minimum 10 N/mm2
After 7 days
32-35
After 28 days
46-50
Minimum 42.5 N/mm2
Expansion (Le Chatelier)
Maximum 10 mm

Horus Cement

Horus Cement is a high-quality Portland cement, it’s a versatile product that can be utilized for all construction purposes including plain and reinforced concrete works across all building types and infrastructure projects, including roads and bridges. Portland cement is used all over the world as a basic ingredient of concrete, mortar, stucco and most non-specialty grout.

Composition

CEM I CLINKER
90% to 95 %

Limestone
0% to 5 %

Gypsum
4% to 6 %

Advantages

  • High-strength cement.
  • Low-volume expansion.
  • Greater rate of strength gain.

Uses & Applications

  • Suitable for hot weather
  • Can be used in all construction purposes related to residential, industrial and institutional buildings and the infrastructural projects as in the following application categories:
  • Plain & reinforced concrete.
  • Ready mix concrete, prefabricated and pre-cast concrete.
  • Structural and nonstructural concretes like industrial flooring and leveling screeds.
  • Infrastructure works like irrigation and sewage treatment.
  • Finishing mortars like rendering and tile fixing.
Typical Results
Horus Cement
Physical & Mechanical Properties
Fineness by Blaine – Test method BS EN 196-6:1992
Cm²/g
3050-3200
Setting Behavior and Expansion BS EN 196-3:2005
Initial setting time
minutes
210-230
60 minutes
Final setting time
minutes
270-300
Expansion (soundness)
mm
0-1
Max. 10 mm
Compressive Strength BS EN 196-1:2005
After 2 days
N/mm²
18-20
Minimum 10 N/mm2
After 7 days
N/mm²
30-34
After 28 days
N/mm²
50-55
Minimum 42.5 N/mm2

Masala Cement

Masala Cement is a high-quality Portland cement, it’s a versatile product that can be utilized for all construction purposes including plain and reinforced concrete works across all building types and infrastructure projects, including roads and bridges. Portland cement is used all over the world as a basic ingredient of concrete, mortar, stucco and most non-specialty grout.

Composition

CEM I CLINKER
90% to 95 %

Limestone
0% to 5 %

Gypsum
4% to 6 %

Advantages

  • High-strength cement.
  • Low-volume expansion.
  • Greater rate of strength gain.

Uses & Applications

  • Suitable for hot weather
  • Can be used in all construction purposes related to residential, industrial and institutional buildings and the infrastructural projects as in the following application categories:
  • Plain & reinforced concrete.
  • Ready mix concrete, prefabricated and pre-cast concrete.
  • Structural and nonstructural concretes like industrial flooring and leveling screeds.
  • Infrastructure works like irrigation and sewage treatment.
  • Finishing mortars like rendering and tile fixing.
Typical Results
Masala Cement
Physical & Mechanical Properties
Fineness by Blaine – Test method BS EN 196-6
Cm²/g
3050-3200
Setting Behavior and Expansion BS EN 196-3
Initial setting time
minutes
210-230
60 minutes
Final setting time
minutes
270-300
Compressive Strength BS EN 196-1:2005
After 2 days
N/mm²
18-20
Minimum 10 N/mm2
After 7 days
N/mm²
30-34
After 28 days
N/mm²
50-55
Minimum 42.5 N/mm2
Soundness (Le Chatelier)
mm
0.1
Max. 10 mm

Minya Portland Cement (CEM I)

Minya Portland Cement (CEM I) is a versatile product that can be utilized for all construction purposes. Its’ uses include plain and reinforced concrete works across all building types and infrastructure projects, including roads and bridges. Portland cement is used all over the world as a basic ingredient of concrete, mortar, stucco and most non-specialty grout.

Composition

CEM I CLINKER
90% to 95 %

Limestone
0% to 5 %

Gypsum
4% to 6 %

Advantages

  • High-strength cement.
  • Low-volume expansion.
  • Greater rate of strength gain.

Uses & Applications

  • Suitable for hot weather
  • Can be used in all construction purposes related to residential, industrial and institutional buildings and the infrastructural projects as in the following application categories:
  • Plain & reinforced concrete.
  • Ready mix concrete, prefabricated and pre-cast concrete.
  • Structural and nonstructural concretes like industrial flooring and leveling screeds.
  • Infrastructure works like irrigation and sewage treatment.
  • Finishing mortars like rendering and tile fixing.
Typical Results
Minya Portland Cement
Est. no.4756-1/2013
Physical & Mechanical Properties
Fineness by Blaine – Test method BS EN 196-6
Cm²/g
3050-3200
Setting Behavior and Expansion BS EN 196-3
Initial setting time
minutes
210-230
Min. 60 minutes
Final setting time
minutes
270-300
Compressive Strength BS EN 196-1:2005
After 2 days
N/mm²
18-20
Minimum 10 N/mm2
After 7 days
N/mm²
30-34
After 28 days
N/mm²
50-55
Minimum 42.5 N/mm2
Soundness (Le Chatelier)
mm
0.1
Max. 10 mm

Qena Portland Cement (CEM I)

Qena Portland Cement (CEM I) is a versatile product that can be utilized for all construction purposes. Its’ uses include plain and reinforced concrete works across all building types and infrastructure projects, including roads and bridges. Portland cement is used all over the world as a basic ingredient of concrete, mortar, stucco and most non-specialty grout.

Composition

CEM I CLINKER
90% to 95 %

Limestone
0% to 5 %

Gypsum
4% to 6 %

Advantages

  • High-strength cement.
  • Low-volume expansion.
  • Greater rate of strength gain.

Uses & Applications

  • Suitable for hot weather
  • Can be used in all construction purposes related to residential, industrial and institutional buildings and the infrastructural projects as in the following application categories:
  • Plain & reinforced concrete.
  • Ready mix concrete, prefabricated and pre-cast concrete.
  • Structural and nonstructural concretes like industrial flooring and leveling screeds.
  • Infrastructure works like irrigation and sewage treatment.
  • Finishing mortars like rendering and tile fixing.
Typical Results
Minya Portland Cement
Est. no.4756-1/2013
Physical & Mechanical Properties
Fineness by Blaine – Test method BS EN 196-6:1992
Cm²/g
3050-3200
Setting Behavior and Expansion BS EN 196-3
Initial setting time
minutes
130-180
180-250
Final setting time
minutes
270-300
Soundness
mm
0-1
Max. 10 mm
Compressive Strength BS EN 196-1:2005
After 2 days
N/mm²
15-24
Minimum 10 N/mm2
After 7 days
N/mm²
35-41
After 28 days
N/mm²
48-58
Minimum 42.5 N/mm2

Minya Al Mokawm Sulphate Resistant Cement (SRC)

Minya Mokawm Sulphate Resistant Cement (SRC) is designed to improve the durability of concrete and reduce the risk of structural deterioration in an environment of sulphate attacks such as foundations, sanitation works, sewage pipeline treatment and rehabilitation, as well as agricultural and industrial uses.

Composition

Sulphate resisting cement clinker
90% to 95 % 

Lime stone
0% to 5 %

Gypsum
4% to 6 %

Advantages

  • Relatively delayed initial setting time, which extends the time limit needed for the transportation, pumping, compacting and leveling processes of both of the ready mix and site mixed concretes.
  • The possibility of concrete plastic shrinking and cracking is reduced due to the reduced C₃A content, which consequently reduces the release of heat of hydration. This in turn participates in the enhancing of the overall concrete water impermeability.

Uses & Applications

Minya Al Mokawm Sulphate Resistant Cement can be used in all types of concrete construction that is exposed to potential damaging effect of sulphate salts in the following:

  • Concrete work in sewage treatment projects
  • Reinforced concrete construction in agricultural land with poor agricultural drainage.
  • Concrete work in agricultural and industrial drainage projects.
  • Concrete work in irrigation construction like dams and barrages.
  • The foundation work of bridges and different types of piles.
  • Concrete work of tunnels.
  • Plain concrete foundation work in coastal areas and costal protection concrete blocks.
  • The production of precast and pre-fabricate concrete elements like tunnel segments and sewage pipes
Typical Results
Minya Al Mokawm
ES NO. 4756-1/2013
Physical & Mechanical Properties
Fineness by Blaine – Test method BS EN 196-6:1992
Cm²/g
3050-3200
Setting Behavior and Expansion BS EN 196-3
Initial setting time
minutes
200-240
Min 60 minutes
Final setting time
minutes
270-300
Compressive strength BS EN 196-1
After 2 days
N/mm²
15-20
Minimum 10 N/mm2
After 7 days
N/mm²
30-35
After 28 days
N/mm²
47-52
Minimum 42.5 N/mm2
Expansion (Le Chatelier)
mm
0.1
Maximum 10 mm

Qena Al Mokawm Sulphate Resistant Cement (SRC)

Qena Al Mokawm Sulphate Resistant Cement (SRC) is designed to improve the durability of concrete and reduce the risk of structural deterioration in an environment of sulphate attacks such as foundations, sanitation works, sewage pipeline treatment and rehabilitation, as well as agricultural and industrial uses.

Composition

Sulphate resisting cement clinker
90% to 95 % 

Lime stone
0% to 5 %

Gypsum
4% to 6 %

Advantages

  • Relatively delayed initial setting time, which extends the time limit needed for the transportation, pumping, compacting and leveling processes of both of the ready mix and site mixed concretes.
  • The possibility of concrete plastic shrinking and cracking is reduced due to the reduced C₃A content, which consequently reduces the release of heat of hydration. This in turn participates in the enhancing of the overall concrete water impermeability.

Uses & Applications

Qena Al Mokawm Sulphate Resistant Cement can be used in all types of concrete construction that is exposed to potential damaging effect of sulphate salts in the following:

  • Concrete work in sewage treatment projects
  • Reinforced concrete construction in agricultural land with poor agricultural drainage.
  • Concrete work in agricultural and industrial drainage projects.
  • Concrete work in irrigation construction like dams and barrages.
  • The foundation work of bridges and different types of piles.
  • Concrete work of tunnels.
  • Plain concrete foundation work in coastal areas and costal protection concrete blocks.
  • The production of precast and pre-fabricate concrete elements like tunnel segments and sewage pipes
Typical Results
Minya Al Mokawm
ES NO. 4756-1/2013
Physical & Mechanical Properties
Fineness by Blaine – Test method BS EN 196-6:1992
Cm²/g
3050-3200
Setting Behavior and Expansion BS EN 196-3
Initial setting time
minutes
200-240
Min 60 minutes
Final setting time
minutes
270-300
Compressive strength BS EN 196-1
After 2 days
N/mm²
15-20
Minimum 10 N/mm2
After 7 days
N/mm²
30-35
After 28 days
N/mm²
47-52
Minimum 42.5 N/mm2
Expansion (Le Chatelier)
mm
0.1
Maximum 10 mm