Why Are Concrete Garages Important

The importance of having a garage in your home cannot be exaggerated. Most times, it is legally necessary. But even when it’s not, it is safer to have one. A garage is a significant investment that gives you great returns by improving your house value. When it comes to building or installing a garage, there are different choices available. You could go with concrete, bricks, wood, metal, etc. Of all these materials, concrete offers the best options. If you are thinking of adding a garage to your house, here is why you should go with concrete. 

Strong and Durable

Concrete is one of the most reliable building materials available. From tall skyscrapers to small garages, concrete has proven itself to be very durable. Getting a concrete garage will save you the maintenance cost for an extended period as it requires little maintenance to prevent damages. You can use concrete for both walls and floors and add steel reinforcements to improve it. Concrete is very efficient for the floors as they can resist the tire scratches and withstand heavyweight. A concrete garage is built to stand the test of time.

Cost-effective

Compared to other materials, a concrete garage is less expensive in both the short and long term. It is cheaper to build or install than a brick garage and will last longer than metal or wood garage. Its cost-effectiveness also extends to maintenance costs over the years, which is usually very low. Environmental conditions have little effect on concrete.

Safe and Secure

Parking your car in a garage means increased security for your vehicle as it is out of reach for vandals and thieves. In a concrete garage, your car has more protection. The garage’s durability means severe weather, such as storms, which could damage other garages will not affect yours. 

Quick installation or building time

Whether you choose to build or install your concrete garage, the time frame is very short. So you can get your garage in weeks if you are building. Installation is even faster as it can be done within two days.

Fire resistant

Concrete is, by nature, resistant to adverse weather conditions such as heat and extreme cold. In addition, when built with galvanized iron or aluminum for roofing sheets, every part is fire resistant. This little addition can save you thousands in insurance premiums.

Variety of Options

Concrete garages are available in different designs and sizes. Depending on the size of your vehicle, you can get one that can accommodate a lorry. They can be equipped with high-grade tech gadgets to prevent security breaches. Colors, patterns, and designs can also be added to the concrete to beautify it. This will add more charm to your residence.

Multifunctional

Your concrete garage can serve other purposes apart from being a garage. It can effectively function as a workshop without any attendant risk. The ease of cleaning concrete means whatever mess you make while using it can be removed effectively. You don’t have to worry about disturbing others if you’re operating heaven machinery. Concrete is better insulated against noises. It can also be a good place to store things that you’re no longer using in the house.

How Construction Crews Build New Homes

Do you want to build your dream house but do not know how to go about it? Obviously, it is a huge task to build your dream house. However, to make things easier, it is better to hire a construction crew. 

A construction crew will help you build a custom home that suits your style. There are some things you need to get in place before hiring a construction crew to build a custom home. They include: 

  1. Preparing a budget 
  2. Deciding your timeframe 
  3. Designing and preparing how your custom home looks 
  4. Gathering a construction crew 

These steps show how a construction crew builds a custom home for their clients: 

  1. Get a construction site 

You will have to work hand in hand with your hired construction crew at this point. The construction site must have the required permits from relevant authorities. 

The local land authorities in your vicinity must grant you the right to go about your building process before you kick-start it. In other words, make sure you get approvals with all the various state agencies. A good construction can point you in the right direction if you don’t know how to go about it.

  1. Prepare your design 

As the owner of the custom-house, you should provide the contractor and architect all the details of the kind of house you need. 

Your architect may also add some flair to your plan to make it top-notch. Don’t be too rigid; take some advice from the expert.

  1. Level the ground and make a foundation  

This is where your team of construction crew such as the architect, contractor, and builders begin their work. They will have to level the ground for the custom home to be built. 

When they are done leveling the ground, they will clear any dirt which may be present at that time. 

After the foundation of your custom house is ready, the contractors will take it up from there using the design provided by your architect. 

When the foundation is completed, they will have to build walls, floors, demarcations, and roofs. 

  1. Install other things 

Your construction crew with the help of plumbers, electricians, interior, and exterior designers will fix all plumbing, wiring, and other design works. 

At this point, pipes will be installed, and wires will be connected to all parts of the custom home to give it a befitting look. 

Final Verdict 

To sum it up, building a custom home can be quite difficult when it’s done without the help of experts. On the other hand, a construction crew is always there to assist you to ensure that your dream home is completed within a reasonable time. 

While your construction crew is at work, always try as much as possible to inspect it to avoid any mistake which may come up. 

Finally, contacting a reliable construction crew is the best decision to make if you choose to build a custom home. 

Concrete Driveway Versus Rock Driveway

Your driveway is an integral part of your home. Not only does it serve an essential function, but it also adds more beauty to the home. That is why you must pay great attention to its construction. 

To decide on the material to construct your driveway, certain must be taken into consideration. 

In fact, concrete driveways are very popular, but rock driveways are equally gaining more popularity. Since you can’t go for both, it would be ideal to consider the benefits and limitations of each material before you make your choice.

Concrete Driveways 

Concrete driveways have been in use for ages. They are smooth and therefore provide hitch-free surfaces for your car to travel on. They also offer attractive covers to your home. Concrete is strong and can last long. However, concrete driveways can easily be stained by oils from your vehicle, and they do not provide adequate drainage. Hence they may create pools of water after rain. The pros and cons of concrete driveways are summarized thus:

 Pros

  • It has a smooth surface
  • Strong and durable
  • A low maintenance cost
  • Presents a beautiful appearance
  • It has an excellent heat reflection property; hence it can be walked on barefooted during summer
  • Adds more value to your home

 Cons

  • Expensive to construct
  • You need the service of professionals
  • It has low drainage
  • Stains require more effort to be removed
  • It may crack, and repair is more complicated compared to a rock driveway
  • It reflects heat; hence may be too cold to walk on barefooted during winter.

Rock Driveway – Is it a better alternative?

If you are not fully satisfied with concrete, let’s take a look at the features of rock driveways. It might provide a reasonable alternative. Rock comes in different sizes, and you may have different layers of rocks on your driveway. As much as you may choose to hire the service of a professional for the construction of your rock driveway, you can also do it yourself. Here are the benefits and limitations of rock driveways.

Pros

  • It is porous, hence has good drainage
  • You can do it yourself
  • Not usually stained by car oils as stains will be easily washed away
  • It is cheaper than a concrete driveway

 Cons

  • Rocks can be easily displaced
  • It lacks the smooth nature of concrete
  • It requires regular maintenance than concrete
  • Removal of snow during winter may be difficult

Conclusion

Finally, choosing between concrete and rock driveway will depend on your preferences. A rock driveway may be friendlier to your budget compared to concrete. Rock also provides better drainage than concrete, hence with rock driveway, there will be no pool of water around your home. 

To sum it up, while concrete requires minimal maintenance, you may need to maintain a rock driveway every year. Concrete is also smooth, looks attractive, though it is more expensive to construct. It also adds more value to your home. Therefore, if you need to sell your home in the feature, a concrete driveway will be of higher value than a rock driveway. However, the choice is yours.

Different Types of Concrete

No doubt, concrete can be used for a wide variety of constructions; this is because of its versatility. As a matter of fact, the use of concrete is visible wherever you turn to. 

However, no matter the type of concrete type, it often has the following ingredients like a mix of water, cement, sand, and stone. Although to make a concrete distinction from one another, different properties are added. Hence, they can be applied in different ways.

Nevertheless, it is crucial to have the right kind of concrete for whatever project you have to embark on.

Below are the different types of concrete:

  1. High-density Concrete

This is a type of concrete with high density which is made from crushed rocks. It is also known as a heavyweight concrete. Buildings constructed with this kind of concrete are mostly nuclear power plants. Furthermore, this kind of concrete provides excellent protection from radiation and x –rays.

  1. Glass Reinforced Concrete

This kind of concrete can also be referred to as GFRC (Glass – Fiber Reinforced Concrete). It is typically used to form the exteriors of cladding panels. The GRFC has a mix of alkali-resistant glass fibers, which are embedded in a concrete matrix. Moreso, they produce a high-performance composite with a combination of their properties, giving them the ability to retain their chemical and physical nature.

  1. Smart Concrete

Although Smart concrete technology is yet to hit the market, it has gone through extensive laboratory testing. The technology behind smart concrete provides an alternative for checking the condition of reinforced concrete structures. The modality behind the smart concrete is simply the addition of short carbon fiber in small quantities. This is done by using a conventional concrete mixer that alters the electrical resistance in response to stress or strain.

  1. Lightweight Concrete

The lightweight concrete is used for the construction of window panels, roofs, and floor slabs. However, it is commonly referred to as cellular concrete. Moreover, this is a flowable material and is easily poured by making use of gravity, and it’s also self–leveling. 

The ingredient mix used for the production of the lightweight concrete are clays, pumice, expanded shale, and scoria. Unlike plain concrete that possesses a k value of 10 – 12 W/mK, the lightweight concrete has a k value of about 0.3 W/mK, which attributes to its low thermal conductivity.

  1. Air – entrained concrete

This is a kind of plain concrete which consists of microscopic air bubbles that generally constitute between 4 percent and 7 percent of the entire concrete mass.

The Air bubbles reduce the concrete’s internal pressure by creating chambers for the expansion of water when it freezes. This type of concrete is produced by adding air-entraining agents while mixing the concrete. Additionally, air-entraining Portland cement can be used.

  1. Limecrete

This is a kind of concrete where lime is used in place of cement. Limecrete has several health and environmental advantages. Where this concrete is used commonly are vaults, domes, and floors. Furthermore, these concrete types can be cleaned easily. 

Finally, the various types of concrete listed above are used for specific constructions. It may not achieve its purpose if you use one of the types of concrete mentioned above in place of another.

Strength of Concrete

As a matter of fact, concrete is such valuable material. It is used globally to create some of the most monumental structures such as residential houses, dams, bridges, skyscrapers, pavements, skating parks, and so on.

Meanwhile, the strength of concrete rarely fails to live up to its expectation. Interestingly, concrete has become an integral part of our society.

Similarly, it is considered by millions of people worldwide to be a durable and robust material. However, there are several ways to access the strength of different types of concrete. We will briefly discuss why they matter, quality, durability, and cost of concrete projects.

Concrete Strength and Its Properties

  1. Compressive strength of concrete

This is the standard and well-recognized measurement of concrete strength, to access the performance of a given concrete mix. The compressive strength measures the capacity of concrete to accommodate loads, which will reduce the actual size. 

Typically, compressive strength is measured by the breaking of the cylindrical concrete specimen into a particular machine designed for that purpose.

  1. Concrete PSI

PSI (Pounds per Square inch) tests for the compressive strength of concrete properties. A high PSI implies that the concrete property is strong, and a lower PSI means just the opposite.

  1. Tensile Strength of Concrete

The ability of concrete to withstand possible cracking under tension is known as the tensile strength.  A crack on concrete implies that the tensile force has exceeded the tensile strength of the concrete.

In the past, concretes were significantly inferior and had low tensile strength compared with compressive strength. However, today, for concrete to withstand tensile stress, they have to undergo reinforcement.

  1. Flexural Strength of Concrete

This is defined as the ability of concrete to resist bending. Furthermore, depending on the specific concrete mixture, Flexural strength occurs anywhere form 10 – 15 percent of the compressive strength.

Some other factors that contribute a concrete strength include:

  • Water/ cement ratio (w/cm)
  • Proportioning
  • Mixing
  • Curing Procedures

Eight Amazing Facts about Concretes

  • The use of concrete in construction dates back to ancient Egyptian times. Over 5000 years ago, and the pyramids are one of such monuments constructed using concrete
  • The largest unreinforced concrete dome in the world still stands today in Rome, Italy
  • It is possible to produce a bubble gum scented concrete – Quintech LLC has successfully carried out this experiment
  • Concrete makes the ‘Seven Wonders of the World” list. The Monumental statue in Brazil, Christ the Redeemer, is made from reinforced concrete 
  • During World War II, concrete was used to monitor encroaching aircrafts
  • The oldest piece of concrete ever to be found on earth is over 12 million years old
  • The man who had 49 patents, Thomas Edison, saw the potential of concrete
  • A bricklayer created the first-ever man-made cement from Leeds. His name is Joseph Aspdin and he patented the infamous Portland cement

Finally, the mixture of concrete will determine how strong it is. To determine the type of concrete that will be suitable for your project, then you need to hire an expert. For advice from an expert visit https://www.concreteservicesdenver.com/.