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The first question is: What exactly is cement?

Cement is a powder that’s dry that is used as a binding agent. It’s being one of four principal components used in the production of concrete.

Combining Portland Cement with water forms an emulsion that solidifies and bonds or “glues” to whatever it’s mixed with.

Clearly, the words “concrete as well as cement” are used interchangeably often, but they’re not identical!

Cement is a mix of various materials, including silica, limestone, shale slate, clay along with iron ore.

After being extracted from the earth They are then heated to extreme temperatures inside a kiln that rotates.

The kiln appears to be an enormous rotating pipe that is 10 to fifteen feet wide. It’s approximately 300 feet long.

One side of the kiln is raised. This will be where raw material is stored. When the kiln turns the materials are moved slowly toward the lower part.

Jetted flames on the lower finish heat the entire material to temperatures ranging from 2700 to 3000 degrees Fahrenheit.

When the material is exposed to this extreme heat and pressure, they begin to form marble-sized balls, referred to as “clinker”.

The clinker powder is finely crushed into a powder known as Portland Cement.

After being ground into the fine powder, the cement gets mixed with a small amount of gypsum and limestone.

The cement mixture that is shipped to concrete plants that are ready-mixed and used to create concrete.

How is cement made?

If cement is mixed with water, it creates a paste.

When the two materials mix together, a chemical reaction occurs that results in “heat”.

This chemical process is referred to as HEAT and is the result of HYDRATION. When hydration occurs in some time the mixture becomes harder and increases its strength, binds the ingredients it’s mixed with.

What is CONCRETE?

In addition to water concrete is the second most frequently used material used in the world. We don’t use it for food, but it’s utilized to build.

It’s the most utilized building material on earth!

You can make CONCRETE by using four fundamental ingredients, with cement as one of them. The other ingredients are sand aggregates and water.

Combine all four ingredients in the correct proportions, and you’ll have concrete.

Mixing cement, water and sand creates an extremely tough paste. The aggregates then get blended into the paste, which makes the mixture more durable.

It is defined by ratios of cement stone, and the amount of water that is required to mix everything together.

The simple concrete mix is composed of 1 part cement with 2 parts sand and three parts of stone and being mixed with as little water as is needed to create a concrete mix.

A dry, but a workable mix will be stronger than a runny, wet mix.

CHARACTERISTICS of a good cement

A good concrete is one that has few distinct characteristics that you need to know:

  1. Strong – once fully cure, it exhibits a strong compressive strength
  2. Durable – able to withstand temperatures of freezing and thawing and extremely hot temperatures
  3. It’s a good choice if it’s neither too wet nor too dry. The ingredients are proportioned and well mixed to ensure that it is able to consolidate as it is poured into the container.
  4. Low shrinkage – Not using to excessive amounts of water for mixing and pour the concrete

It is generally believed that the smallest amount of water required for mixing and placing the concrete will result in a more quality concrete. It is assumed that the concrete is correctly placed, consolidated, completed, and then dried.

What is a good CONCRETE MIX Style?

There are a variety of concrete mix designs to suit different types of projects. Each can be considered as good in the event that the final product turns out the way you want it to.

A concrete mix designed for a bridge on the highway is different from the mix design that is used to be used for a floor in a garage for homes. Both are equally good however they differ in amounts of ingredients (and perhaps other ingredients too).

A great mix design should include:

  • Good working ability
  • Good toughness
  • Durable and long-lasting
  • Fairly dense
  • Good finishability

Concrete mixing ratios are adjustable depending on the purpose you’re using the concrete for.

A basic but effective concrete mix can be 1 part concrete, 2 parts sand and 3 parts stone, mixed using as much water as needed to make the mix you need.

Should I use CONCRETE or CEMENT

Concrete is the most suitable material for the majority of projects in construction. Concrete is used to construct floors and foundations for houses as well as concrete walkways, patios and decks for pools.

Concrete is used to construct roads, bridges, and driveways. However, it is also used to create concrete statues countertops made of concrete, and even concrete canoes.

Cement, by itself isn’t as durable as concrete. It’s also more likely to crack or break in the event that it’s blended with water, and then used for building or fixing something.

There are concrete repair materials that have cement in their blend. They look and feel similar to cement (powdery) but contain additional ingredients that make them stronger and long-lasting.

Cement is a great material to patch small portions of concrete that are damaged and patch mortar inside brick walls or to fill tiny holes.

In reality you’re better off making concrete with it.

Is CEMENT STRONGER THAN CONCRETE?

There is no way to say that cement is more durable than concrete. It’s the aggregate (stone) as well as sand are the reason concrete is so strong.

When it is combined with water, will make a paste which will begin to harden. It’s known as mortar, however, as a stand-alone substance it’s not very durable.

Sometimes, sand gets mixed with cement and water in order to make an even stronger mortar mix however it’s not as strong as concrete.

What is it that makes concrete so strong?

It’s the precisely developed components of each ingredient that give different strengths of concrete.

In its most basic form, concrete is weighed to approximately 15% cement, 70 percent stone and sand, and 15% water.

It’s the proportions of these components when combined that makes the concrete so strong.

The strength and quality of the paste are determined by the amount of water that is mixed into it.

This is called the “water-cement-ratio”. The higher the wc-r is, the less concrete’s strength. The lower the w-cr is, the more durable the concrete mix.

Concrete should be able to work in order for it to be properly consolidated before being placed. However, it shouldn’t be too wet or sloppy, which could result in an inferior quality concrete.

CEMENT comes in a variety of forms.

Did you know that there are different kinds of cement?

Here are the details:

  • Type I – A general-purpose cement that is suitable for a wide range of purposes
  • TYPE II – Moderate sulfate resistance
  • Type III – High strength early
  • Type IV – low temperature of hydration. Slower reaction.
  • Type V – High sulfate resistance. Develops greater strength at a slower rate than other kinds

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