What You Need To Know About Concrete Cracks in summer

Concrete cracks happen to be a common issue, specifically in summer. Homeowners usually misunderstand concrete cracks assuming they bought low-quality premixed concrete. Hire professional concrete suppliers in QLD Brisbane to guarantee high-quality concrete.

What Causes Concrete Cracks in summer

Concrete cracks are an issue that unfortunately cannot be avoided, especially in summer. Even high-quality premixed concrete might show some micro-cracks in summer. In summer, the concrete cracks appear when the excess heat reaches the earth’s surface, leading the soil around the house to shrink and pull away from the foundation. Soil shrinkage results in foundation movement making the small cracks bigger and might grow beyond an inch depending on the extent of soil shrinkage.

With time, the cracks weaken the concrete leading to sinking or settling of the slab foundation. You might realize the foundation is no more extended level in worse conditions and even notice some sloping.

Homes Built on Clay soil are Prone to Concrete Cracks

Clay soil will swell naturally when it becomes wet. In summer, the clay soil shrinks as it dries owing to the hot temperatures. The shrinking and swelling appear at ground level, pressuring and pulling on the foundation of your home. Hence, the shrinkage leads to concrete cracks, and eventually, structural damage. As a result, it helps if you extract the clay soil completely and replace it with rocks to avoid concrete cracks.

Plants Growing Near Your house could Cause Concrete Cracks

Another reason why concrete cracks appear is due to the roots of the plants growing next to your property. Hence, remove the trees and other plants known to have roots spread widely beneath the surface. It must be noted that even the seemingly small plants could cause cracking in your concrete.

Watch out for Concrete Cracks in summer

The hot weather is not the only cause of concrete cracks. The wet weather might also have an effect, causing cracks in your concrete. Hence, no matter the weather or season, cracks can appear on the foundation. This is why it is crucial to inspect your property for concrete cracks all-year-round. If you notice concrete cracks, hire an experienced professional to examine the cause and recommend a solution.

How to avoid concrete Cracks in summer

Concrete cracks could be a problematic issue, specifically in summer. Here are some significant recommendations to avoid summer concrete cracks.

  • Watering around the concrete foundation during summer droughts prevents shrinkage – keeping the water level consistent throughout the year.
  • Protect your foundation against excess moisture by using high-quality waterproofing
  • Ensure your landscaping does not endanger your concrete slab. Therefore, get rid of plants growing next to your property.


Hot weather is one of the reasons you might experience concrete cracks. Nevertheless, it is not the only cause of concrete slabs to crack. Ensuring you source premixed concrete from experienced concrete suppliers assists in preventing concrete cracks.  Moreover, practice the tips I have outlined above to help you prevent concrete cracks.

How To Order The Correct Quantity of Premixed Concrete

Ordering premixed concrete might be an overwhelming task, specifically for newcomers. You need to make sure that you are working with the best concrete suppliers that the market has to offer. The main reason to trust premixed concrete is the cost-cutting benefits because you do not have to hire a concrete mixer or additional workers during the slab setup. Nevertheless, the idea of premixed concrete is still novel to a lot of people. This is the reason we have come up with this guide to help homebuilders order the correct quality of premixed concrete. You will learn how to order the valid quantity. Let’s jump right in!

1.   To Determine the Correct Quantity, Use our Online Calculator

The first question many first-time builders ask, is how much concrete they will need for their project. Concrete suppliers determine the quantity of concrete through volume, in cubic yards, in a freshly mixed, unhardened state, as discharged from the concrete mixer. It must be noted that the volume or the yield would be calculated through the measured concrete density or the unit weight.

Our online calculator will help you to determine the correct quantity of concrete for your construction site. The calculator assists you in planning your project by selecting how much concrete, cement, sand, mortar or render is required for your construction. Nevertheless, for the calculator to be helpful, you are required to know the dimensions of your structure. With accurate measurements, the calculator performs the sums for you, adding small percentages to cater to the inevitable wastage that occurs when you are building.

Please note that you should ensure you appropriately use the online calculator. It is best to seek help from an expert, who will measure the construction site and give you the accurate dimensions.

2.   What is the Nominal Maximum Size of Coarse Aggregate for the Construction?

Before calling concrete suppliers QLD Brisbane, the crucial information that you need is the nominal maximum size required, which must be smaller compared to the narrowest dimension through which concrete would flow. Hence, determine the thickness of the section and the spacing of the steel reinforcing mesh. For some typical applications, the nominal maximum size of coarse aggregate is ¾ inches or an inch.

3.   Order From Trusted Concrete Suppliers

Like anything, it always helps to research some of the top concrete suppliers near your construction site. It is unfortunate seeing some builders ordering concrete from incompetent concrete dealers, on the basis of low prices charged. In order to be sure that you are getting quality concrete, you must ensure that you are ordering from trusted concrete suppliers with a proven performance track.

4.   Ask for the Arrival Time

Prior to committing yourself, you must ask the concrete supplier as to how long the delivery of the concrete will take. You must ensure convenience and reliability to avoid disappointments. Hence, it is only helpful to source premixed concrete from the suppliers who commit to quality service and minimum waiting period.


Are you ready to order premixed concrete? Utilize the online calculator for the calculation of the correct quantity of concrete. Engage an experienced professional for advice on the coarse aggregate and site dimensions. Through this, you are set to enjoy the best experience from your concrete suppliers.

Concrete is only as strong as the steel you put in—Find Out Why

Concrete is strong against the forces of compression. Nevertheless, concrete has low tensile strength as well as flexibility. Hence, engineers recommend the use of steel reinforcing mesh while building concrete slabs. Engineers and professionals in the construction industry rate reinforced concrete as a ubiquitous building material. If used alone, concrete is quite brittle when compared to your expectation, hence, it is hardly useful in constructing properties. A steel bar makes the best reinforcement when building as it bonds well with concrete. Also, its expansion and contraction due to temperature changes are similar to that of concrete.

Hence, one of the causes for choosing steel is its significance in the property’s structural architecture. Steel suppliers stock two types of steel bars utilized in construction. The type of steel to use on your property depends on the application. Here is an overview of the types of steel bars available in the market today.

1.   The Mild Steel Bars

The mild steel bar is plain on the surface and features round sections with a diameter of about 6 to 50 millimeters. This kind of steel bar comes in long length as it can be cut quickly and bends easily without causing damage.

2.   High Strength Deformed Steel Bars

The high-strength deformed steel bar features lugs and ribs, or deformations on the bar’s surface, to enhance the concrete bond. These are usually twisted to strengthen the bonding with concrete. The structural engineers prefer cold twisted bars for use in constructing properties.

Hence, purchasing steel bars, explain the steel suppliers the intended use to avoid inconveniences. Trusted steel suppliers would listen to the customer keenly, making sure that they supply the right type of steel bars for your construction.

What to Check When Purchasing Steel Bars

Purchasing construction materials might appear overwhelming, specifically if you are a newcomer. In that regard, you must research further to avoid purchasing low-quality steel bars. Here are important considerations you might want to check when buying the steel bars.

  • Talk to the structural engineer for recommendations of the right steel bar for your construction type.
  • Only purchase the grade of steel bar prescribed in the drawing or the list given by the construction engineer.
  • Check the bars’ identification mark to ensure you are purchasing steel bars manufactured by experienced professionals.
  • Talk to your steel suppliers for the best steel bar brand recommendations available in your region.
  • Check the steel reinforcing mesh for rust films. There must not be any rust film on the steel bars.
  • Use the vernier caliper to check the diameter of the steel bar.
  • Avoid purchasing steel bars from the companies through rerolled or scrap metal as the raw materials. These are likely to have higher carbon content and are prone to corrosion.


Steel bars are a critical component when constructing through the use of concrete. Never be duped into using concrete without applying the steel reinforcing mesh. Steel and concrete bond is integral when laying slabs. Always source concrete from professional steel suppliers near you.

Using Poly fiber as a Replacement to Steel Reinforcing Mesh—What you Need To Know

Steel reinforcing mesh was utilized in construction for a long time. Today, steel bars are no longer the only option for reinforcing concrete slabs. Poly fiber has been a perfect replacement and gives an ideal reinforcement on the basis of its compatibility with concrete. To make a perfect decision, you need to understand the pros and cons of choosing poly fiber to construct concrete slabs.

Prevents Cracks

The concrete crack might become big enough, such that it can be noticed from a distance. While all concrete could have micro-cracks, few appear at an early age, when the concrete is subjected to tensile stress from the drying shrinkage or thermal contraction. The embedded steel needs to be very close to the source of the microcrack to stop its growth. Here is where the poly fibers become helpful since they provide the dense distribution required to catch tiny cracks. Nevertheless, one reason builders are switching to poly fibers for concrete reinforcement is holding micro-cracks from growing.

 Three Dimensional Reinforcing

Poly fibers feature an improved flexural strength and boast three-dimensional reinforcing properties. Apart from this, poly fibers feature abrasion resistance, providing resistance to micro and macro cracking. The ability to resist abrasion refers to that the material has decreased the equipment wear, enhancing the concrete slab’s life. Hence, poly fiber increases the build-up thickness compared to steel, and primarily when applied on slabs. Builders have explored that fiber improvises the hardness of the concrete surface against severe forces such as earthquakes.

Bending Resistance and Tensile Equivalent to Steel Reinforcement

The poly fibers have been designed to provide a high level of tensile, while the bending resistance is equivalent to that of the conventional steel reinforcing mesh. Thus, the material increases the overall durability and holds an excellent fatigue resistance, which is uncommon with traditional materials. Hence, fiber could reinforce concrete against impact forces, increasing the hardened concrete slab’s toughness characteristic. Essentially, the material increases the hardness of the surface of concrete against material loss resulting from frequent movements of loads.

Hence, concrete could be an excellent replacement for the steel bar when building concrete slabs. The material decreases the overall cost of the structure because it is cheaper as compared to steel. Moreover, the maintenance cost has been decreased since fiber can stop micro cracks.

While poly fibers provide multiple advantages, there are disadvantages of utilizing the material while constructing concrete slabs. Ideally, poly fibers do not float on the surface of a properly finished slab. Furthermore, rain damage might expose fibers and aggregate, which is not a good case. Hence, poly fibers are capable of substituting the steel reinforcement mesh in all structural elements. Nevertheless, each segment presents a point where the fiber might not replace.


An essential element in any construction is ensuring durability and the longevity of the structure. Therefore, the choice of materials is a crucial factor. Prior to using poly fiber as a substitute for a steel bar, you must consult your structural engineer.

A Quick Step by Step Guide to Install Interlocking Concrete Blocks

Interlocking concrete blocks have been trending for quite some time now and have acquired an easy entry to driveways and yards. Not only is space intensification a benefit, but concrete prices Brisbane are affordable as well and are a worthy alternative to consider for your home renovation project. So here is how you can kick start the process of interlocking cement blocks:

Finding out the right size

Prior to starting this project, you must determine the size of the blocks that you will be utilizing for your floor. Measure the area where you will be laying the blocks and as per the measurement decide the size and thickness of the block that suits your budget.

Marking the territory

Once you have got all the staples from concrete and steel suppliers Brisbane, next, you must trace the area where you are most likely to place the blocks. Check for any gaps, inconsistencies, or holes in the marked area so that you can fill up prior to the installation of the concrete blocks.

Digging the Earth

Afterward, you must dig out the soil according to your desired depth and make sure if there are any remains or lose pieces while you unearth. A six-inch depth unearthing is considered to be an ideal requirement for holding soil and gravel, whereas a 2-inch depth is apt for driveways that must be installed with concrete blocks.

Laying of sand

After the digging process, the sand bed is spread on the surface, which is further leveled and smoothened to make it ready for establishing the new base. You must ensure that you utilize an equal quantity of cement towards both the grout surfaces to make sure an even finish; often, the mixture is taken to be one inch in depth. This step must be taken with proper care because a strong reinforcing mesh Brisbane base is needed to make the blocks stay fixed at their respective place.

Installation of edge restraint

Thereafter, an edge restraint must be installed to terminate any type of movements that could arise because of the sand bed and concrete blocks. The edge restraints are available in several alternatives ranging from molded restraints, concrete restraints, rigid edge restraints, and much more, which could be picked up according to the users’ choice.

Fixing interlock blocks

Moreover, you could get started with the layering of interlock blocks according to your desired pattern. You could consider devoting more time to this process to obtain a perfect block alignment.

Removal of edges

Once you are done laying down the blocks in a certain pattern, you could consider cutting the edges of the concrete blocks in order to boost the aesthetics of your project. This will not only aggrandize the looks but will also make the blocks appear dapper, clean, and seamless.


Now, once you have completed all the above-mentioned steps, you must roll out a sand layer on top of the pavers. Afterward, you can utilize a vibrating plate over the surface to turn the interlocks between the blocks strong. The excess sand can be swept inside the holes to fill it.


Consider buying staples from concrete suppliers Brisbane and choose an interlock cement block floor and sit back and witness how your home improvement efforts are intensified quickly.

5 Advantages of Reinforced Concrete Flooring

Mesh reinforcement Brisbane has turned into a popular choice for industrial and commercial flooring due to its high tensile strength. It is produced from economical materials and has emerged quite powerful. Moreover, you can conveniently pour it into various shapes. Reinforced concrete has become highly beneficial for concrete flooring as it can cut down the possibility of potential crack development. When you choose this flooring option it can endure strong pressure, high footfall, and many years of wear and tear.

There are various benefits of reinforced concrete flooring given below that you must not miss:

1. High tensile strength

Reinforced concrete can set and strengthen around the steel bars without a hassle. It is capable of bearing high pressure and tension under several circumstances. Concrete offers compressive power wherein steel offers tensile strength. Steel has emerged as a robust material that is often used as reinforcement. Steel can expand and contract according to the temperature similar to concrete and that is why it would be safe from damage. This power and flexibility have made reinforced mini concrete Brisbane into a highly reliable option for structures and floors as it can endure high pressure.

2. Leads to swift construction

The other benefit that increased concrete offers is fast speed. You would not find anything that could be compared with the speed given by reinforced concrete flooring construction. Reinforced concrete could also be conveniently poured into various shapes. You could also get it supplied in pre-cast pieces to make the procedure convenient.

3. Economical

It has also become a highly economical floor material. Cement containing rock, the sand remains, water, and gravel is mixed with steel reinforcement for it to last longer. The mix of concrete and steel reinforcing mesh Brisbane is highly economical when compared with other building materials. This is likely the reason why reinforced concrete has turned into a popular solution for commercial and industrial spaces.

4. Versatile

Many studies have claimed that when some specific materials are mixed with concrete, it leads to a quicker setting time. Reinforced concrete also allows you to design and build several types of floors. Moreover, it can also prevent cracking thus making the floor quite robust.

5. Resistant to corrosion

Corrosion occurs very often in various flooring materials as they become prone to damage and daily wear and tear. However, with reinforced concrete, it’s the total opposite. Reinforced concrete becomes stronger as time goes on and is therefore more and more resistent to corrosion.


Concrete Brisbane provides many benefits to users. It also offers resistance to fire. Many flooring options such as timber and vinyl, can’t bear hot temperatures. Whereas, reinforced concrete does not catch fire and remains resistent in all weather conditions. It is this quality of reinforced concrete that turns the interior far cooler in contrast to other surfaces. As concrete floors are capable of withstanding high temperatures, it is highly preferred for factory floors and engineering workshops.