Types of Cement Used in the Construction Industry

Cement is one of the most significant and widely used construction materials. It acts as an adhesive which creates a bond between aggregates and fortifies materials together. With the advancement of technology, the quality of cement has also evolved. In the market, you will find various types of cement used in the construction industry of Pakistan.

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In case you are interested to learn about types and properties of cement, you are on the right platform. Graana.com, Pakistan’s smartest property portal has compiled a list of the different types of cement used in the construction industry.

Table of Contents
Common Types of Cement in the Construction Industry
Hydraulic Cement
Non-Hydraulic Cement

Common Types of Cement in the Construction Industry

Cement can be classified into two fundamental groups, which we will discuss at length later in this article. That said, the following are the two major types of cement in Pakistan:

  • Hydraulic Cement
  • Non-Hydraulic Cement

Now, let’s look into the natural attributes which differentiate between these two types of cement. Moreover, we will also discuss their subsets.


Hydraulic Cement


a person applying hydraulic cement onto the floor


This type of cement is also known as Portland cement. As the name suggests, it has the ability to harden in the presence of water, and once it dries out, it does not dissolve into water.

That being said, Portland cement can be classified into the following subclasses:

  • Blast Furnace Cement
  • Portland and Fly Ash Cement
  • Portland Pozzolana Cement
  • Portland Silica Fume Cement
  • Masonry Cement
  • Expansive Cement
  • White Cement


Blast Furnace Cement

On the top of our list of various types of cement is blast furnace cement. In Pakistan, it is more commonly known as slag cement.

Blast furnace cement is made from a mixture of three major elements, which are Portland cement, Portland clinker, ground granulated blast furnace slag, and a bit of gypsum.

The key component in the creation of this specific type of cement is ground granulated blast furnace slag, which adds up to about 20 to 70% varying of the entire cement by weight.

Owing to its low price, it is commonly used as a substitute for cement resistant to sulfate.


Uses of Blast Furnace Cement

  • It shows extreme resistance to sulfate.
  • It is suitable to be used for seawater construction.
  • Portland and Fly Ash Cement
  • Portland and fly ash cement are not only considered to be one of the best types of cement in Pakistan, but they serve as an environmentally friendly material.


The mixture comprises about 30% fly ash, and the remaining is generally portland cement, also known as ordinary cement. The mixture of these two products is considered an affordable substitute for pure portland cement because of the low price of fly ash.


Portland Pozzolana Cement (PPC)


Portland pozzolana type of cement


Pozzolana is an organic substance that includes silica in reactive forms. It is composed of the following elements:

  • OPC clinker
  • Gypsum
  • Fly ash
  • Volcanic ash
  • Calcined clay


Uses of PPC

  • PPC is typically used for the construction of buildings that are built near the seashore, along with dams, marine, and hydraulic structures, etc.
  • PPC is also used in the construction of decorative structures since it offers a better finish to the surface.
  • It is used in the construction of ready-made sewerage pipes as well.


Portland Silica Fume Cement

Portland silica fume cement is another common type of cement used widely in the construction industry of Pakistan. It is particularly famous for its adhesive traits.

This type of cement is produced by mixing silica fume (approximately 80%) and ordinary cement (about 20%). The mixture of both intensifies the robustness, corrosion, and resistance of the structure.


Masonry Cement


masonry cement and sand mortar

It is a specially mixed cement blended in a particular quantity with water and sand to procure a powerful binding mortar.

The mortar created as a result possesses remarkable sturdiness, robustness, sophisticated appeal, and resistance to deterioration caused by atmosphere and chemicals.

Masonry cement is composed of mixing Portland cement clinker, limestone or hydraulic lime filler, and several other add-ons. The mixture is produced in factories under controlled conditions. Additives are put in it to enhance its strength, alongside water-resistance and colouring attributes.

Expansive Cement


expansive type of cement


In the process of hydration, this type of cement expands in size. It can support the construction of large panels(about 60 m sq) bereft of any contraction joints.

Besides Portland cement, expansive cement consists of an expanding substance and an organic stabiliser. The expanding substance is obtained by blazing gypsum, bauxite, and chalk, which convert into CaSO4 and CaAl2O4 afterwards.

It has three types of expansive cement which are as follows:

  • K Type expansive cement
  • M Type expansive cement
  • S Type expansive cement


Uses of Expansive cement

  • Expansive cement is used to produce prestressed concrete components.
  • It is also useful when it comes to sealing joints.
  • It also helps produce different hydraulic structures.


White Cement


a pile of white cement | types of white cement


White cement also goes by the name of white Portland cement. It is a derived form of ordinary, grey Portland cement. Both are used as bonding agents and are very much alike, excluding the color and amount of magnesium and iron.

White cement acquires its color through the intensity of iron and magnesium and significant alteration during its manufacturing.

White cement is more costly as compared to grey cement. This makes it a less economical choice for ordinary work.


Uses of White Cement

  • It is mostly used in sophisticated/artistic work.
  • It is also used for tile grouts, traffic barriers, swimming pools, terrazzo surfaces, etc.


Non-Hydraulic Cement


labourers applying layers of mortar


Non-hydraulic cement is an elementary type of cement used in the past. Contrary to hydraulic cement, it does not solidify when it comes in contact with water. It is procured from minerals that possess liquid traits, for example, oxychloride, gypsum, and lime.

An interesting fact about non-hydraulic cement is that it does not need water to solidify. Instead, it hardens with the aid of carbon dioxide, which is present in the air.

Here are some of the popular types of non-hydraulic cement in Pakistan:

  • Pozzolan-Lime Cement
  • Slag-Lime Cement
  • Calcium Aluminate Cement
  • Natural Cements


Pozzolan-Lime Cement


a person carrying pozzolan lime cement in his hands


Pozzolan Lime cement is produced by mixing lime and ground pozzolan. In spite of the fact that cement matures at a slow rate, its final robustness is tremendously high.

Historical structures in Rome, for example, the Pantheon, are clear evidence of its enormous strength.


Slag Lime Cement




Another type of cement that is commonly used in Pakistan is Slag-lime cement.

It is created as a result of mixing ground granulated blast furnace slag and stimulated by putting in some alkaline, for instance, lime. Slag lime cement is more or less akin to pozzolan-lime cement.


Calcium Aluminate Cement


a pile of Calcium aluminate cement


Calcium aluminate cement is yet another common type of cement used in the construction industry of Pakistan. It is obtained from bauxite and limestone, known as Aluminous cement and high-alumina cement.


Uses of Calcium Aluminate Cement

  • Calcium aluminate cement is typically used in the construction process of furnace linings owing to its insulating abilities.


Natural Cement

Fired lump of Prompt Natural Cement


Natural cement existed before Portland cement was introduced to the industry of construction. It was obtained by burning and blending various minerals and organic substances.


Uses of Natural Cement

  • Natural cement was primarily used for construction purposes.


When it comes to construction, the importance of cement can not be denied. It acts as a binding force and provides strength and durability to the structure. However, it is classified into subclasses based on its chemical and physical properties, some of which are discussed in this blog.

For more information like Askari Cement, visit Graana’s blog.

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