Benefits of Concrete Patios

If you’re looking for a durable and low-maintenance option for your outdoor space, consider installing concrete patios. They provide a variety of benefits and can boost your home’s resale value.Concrete Patios

Unlike wood or pavers, concrete is not susceptible to cracks and doesn’t need frequent sealing or maintenance. Patios are a great way to create a cozy space in your backyard that you can enjoy year-round. They are also a good addition to the overall aesthetic of your home and can increase the value of your property. For professional expertise in concrete patios, you can contact Concrete Companies Cincinnati.

Concrete patios are a popular choice for homeowners because of their durability and low maintenance requirements. They can last for 30 years or more with proper care.

They can be stamped or engraved in a variety of designs and patterns that mimic other paving materials, such as brick, stone, and slate. They can also be stained or dyed to match your home’s exterior or landscape.

It is important to choose a quality contractor when you are planning a concrete patio project. A professional will ensure that the patio is durable and will hold up to heavy traffic. They can also add the decorative treatments that will turn your patio into an inviting space for entertaining.

Another benefit of concrete is that it is one of the most versatile building materials available. It is easy to form into any shape and can be molded into attractive curves.

This versatility makes it easier to accommodate your backyard space constraints. You can build a small or large patio, depending on your needs.

A concrete patio can be used to host outdoor parties, barbecues, and even fire pits. These outdoor areas are also a safe place for kids to play since they won’t be susceptible to injuries from splinters in wood or broken pavers.

Lastly, concrete is one of the most energy-efficient materials available, making it an excellent choice for your next landscaping project. It can help lower your heating and cooling costs, so it is an investment that will pay off in the long run.

Concrete patios are a durable and long-lasting option for outdoor living spaces. They last longer than wood decks and require less maintenance, which means they save homeowners money over time. They are also more environmentally friendly and require less chemical waste during production than lumber.

Concrete is an affordable, versatile material that can be poured into any shape and size. It comes in many colors, styles, and designs that allow you to personalize the look of your patio and create a unique space for you and your family.

Some people opt for exposed aggregate in their patios, which gives it a natural look and feel that complements nature. Others prefer a more modern, industrial, or stark look that works better with a more contemporary home design.

Although concrete patios are more durable than pavers, bricks, or natural stone, they can still crack and chip over time if not properly cared for. However, there are several things you can do to ensure that your concrete stays strong for years to come.

For example, using a sealant to prevent cracks can help prolong its life and keep it looking good. But you should avoid applying deicing salts to concrete, as these can corrode the surface and eliminate its sheen prematurely.

Another great way to preserve your concrete is by installing a drainage system that directs rainwater away from the patio and toward your backyard’s soil. This helps prevent water from pooling up and making your patio slippery.

While both concrete and paver patios are highly durable, it’s important to choose the right one for your needs. If you aren’t sure which patio type is best for your property, talk to an experienced concrete contractor who can guide you in the right direction.

How to Pour a Concrete Driveway

How to Pour a Concrete Driveway

A concrete driveway is an excellent choice if you’d like to improve the look of your property. In addition to providing a durable surface, it’s easy to maintain and is a great choice for all types of homes. Aside from durability, concrete can be poured over a wide variety of surfaces. As a result, a plain concrete driveway is a popular option suitable for most types of homes. It’s also very easy to maintain and clean, and you can choose a pattern to fit your needs.

concrete

There are several steps to pouring a concrete driveway. The first step involves preparing the surface. Next, a crew of several people fills forms with wet concrete as it arrives at a ready-mix vendor. Next, the crew finishes the surface by pouring the concrete. The finishing crew should ensure that the slab contains enough expansion joints during the final stages. These joints allow the slab to shift and break at controlled points, and are necessary to prevent random fragmentation caused by natural settling.

A concrete driveway should be able to handle heavy loads. The edges should be floated to prevent bleeding water. If decorative finishes are not desired, a broom finish will be sufficient. For a more durable and attractive surface, seal it with a coat of sealant. This will prevent bleeding water from evaporating. Lastly, a concrete driveway should be aesthetically pleasing, and a concrete driveway can be an excellent addition to your home.

Another important step is the base. The subgrade is the layer of material under the concrete. It is typically comprised of crushed stone or compacted gravel. Generally, a 6″ – 12″ base will provide optimal drainage and enhanced load capacities. Make sure that you remove organic matter from the subgrade before placing a driveway on it. Soft pockets in the subgrade can compromise the structural integrity of the driveway. The base and subgrade should be uniformly firm to avoid water evaporating.

When laying a concrete driveway, it is important to choose a contractor who specializes in driveway construction. A professional will not only perform the project properly but will also give you an accurate estimate of the cost. You’ll also have the benefit of a concrete driveway that saves you money on future repairs. A well-done concrete driveway will last for many years and will add value to your property. However, if you want to install it yourself, you should make sure you hire a qualified and reliable company to do the work.

Floating a concrete driveway is a good idea if you want a smooth, flat surface. The concrete should be smooth and even, and it should be sealed to prevent water from bleeding onto the ground. If you’d like to add decorative touches, consider having a decorative finish on the concrete driveway, but don’t forget to pay close attention to the edges. While it isn’t necessary, it’s always a good idea to seal a concrete driveway.

Choosing a contractor is essential for your driveway. You should hire a company with at least five years of experience in the industry, as this will ensure that they are a reliable company. Ask them to come and evaluate your site and give you an accurate quote for the work. The contractor’s bid should be clear and detailed and should include the materials needed and the estimated cost. Moreover, you should choose a concrete contractor who’s proud of their work.

When it comes to a concrete driveway, the design and appearance are vital. A perfect driveway is attractive, durable, and long-lasting. The right design will make your home look amazing. A well-concreted driveway can be an excellent investment. With the right planning and maintenance, you’ll enjoy a beautiful concrete driveway. Just remember to check the size and shape of the foundation for cracks. There are many options for a concrete driveway, so find one that suits your needs and budget.

A concrete driveway requires a crew of several people. A team of workers will fill the forms with wet concrete as it arrives from a ready-mix vendor. Then, they will finish the surface with the right material. When choosing a contractor, make sure the crew has ample access to the area to finish the project properly. It’s important to check the depth of the concrete before the slab is poured. It’s crucial to check for cracks if any.

You can also visit our other websites and post your article.

ATT WebDesignSuper B VogueIS Da WebHeroin AnonymousE HEALTH WVFree Internet ServicesFocus Meeting 2020Finding NickiCGH BRANDConcrete IdeasSlow Food CharlotteNamecheapSHOP HOUSE OF DEREONSHOP HOUSE OF DEREONThe Politics Behind Auto Accident LawSouth River Fire DepartmentGo Visionary,California BerryReset The Clock On AgingSC CustomsClub Poultry AwarenessSay No To Common CorePatty Hurts Is RescuedPreceptor DevelopmentDP StreamA toast to London LifeFinest Residential Development TrendsJack Pine Web DesignHandball Club Pallamano MaloLittle CrewmesohungryTrying On TinyLifestyle Business PodcastBaby Home StudioFrom Our Home To YoursPositively Good For YouSoft and Strong MarketHuff PublishingFeastarian,Sky Watch Bird Rescue

What Gravel is Best for Driveways?

What Gravel is Best for Driveways?

Gravel driveways are popular because they’re inexpensive, durable, and require little maintenance. You can choose from many different types, including crushed stone, pea gravel, quarry process, and more. 

But what gravel is best for driveways?

Each has pros and cons. Let’s take a look.

Quarry process

This type of gravel is made up of dust and pulverized rocks. After it’s poured, the dust settles into the cracks between the rocks to create a compact driveway. Because it forms a semi-solid surface, it doesn’t drain well, but it does make a great base layer for a driveway.

Jersey shore gravel

Jersey shore gravel is made up of rounded pebbles that do not compact well. That being said, they move really well under vehicles, but the driveway will need some edging so that the gravel doesn’t roll away. Because these pebbles come in beachy shades, they’re often found on the eastern shore (hence the name “Jersey shore” gravel).

Pea gravel 

Pea gravel is made up of small, round, naturally-weathered stones that can be used as a landscaping or driveway material. It’s not as durable as some of the other options, but it does have some benefits. It can create a more natural look, and it’s softer to drive on.

Because it has round edges, pea gravel isn’t as sharp as some of the other options available. This makes it ideal for driveways because cars won’t damage their tires or windows when they run over the rocks. It also has a natural look and is very affordable. 

Crushed stone #3 

Crushed stone #3 refers to gravel rocks that are up to 2 inches in diameter. It’s most often used as a sub-base layer in driveways because it provides a strong foundation for finer gravel to be poured over top. Its irregular shape allows for good drainage without compacting.

So, what gravel is best for a driveway? If you want to make sure that your driveway lasts as long as possible, then crushed stone is the most durable option. But if you’re looking for something more natural in appearance, then pea gravel is a good choice.

Whichever type of gravel you choose, be sure to consult with a professional at Port Aggregates before starting your project. We can help you choose the best type of gravel for your driveway. Contact us today to request a quote

The post What Gravel is Best for Driveways? appeared first on Port Aggregates.

Did you miss our previous article…
https://www.concreteideas.co/?p=1401

Concrete Leveling – How to Know When to Have It Done

Concrete Leveling – How to Know When to Have It Done

Concrete Contractor can provide you with services that will fulfill all your concrete needs. Services such as concrete leveling are one of the most common civil engineering repairs, and it tries to level out uneven concrete surfaces. While some people prefer to perform this kind of repair themselves, there are times when you will need the services of a professional. However, it would be best if you never attempted this yourself. Unless you are a professional, this type of repair is not right for your home or business.

concrete

The first step of performing concrete repairs is to inspect the damage thoroughly. Cracks are a common issue, and they may not be visible to the naked eye, so you should do some preliminary work before attempting to repair them. This will help you determine the exact cause of the cracking and make sure that you get the best results. For example, if a stripping process causes damage, you can use a heavy-duty trowel to remove the damaged area. If you notice any crumbling areas, you can use a sledge and cold chisel to remove those.

You can also try using two-component concrete repair materials, which may be harder to work with but have better bonding properties. In addition to being easier to work with, two-component repair materials are often more durable and require less surface preparation. Moisture is an important factor in a strong bond because it will reduce the tendency for the repaired area to shrink and loosen. Once you’ve completed the repair, you can proceed to the next step.

When looking for a concrete repair, you must carefully evaluate the size of the problem and the extent of the damage. If the damage is small, you can use a mechanical breaker to remove the remaining concrete. For larger areas, you may need to take more drastic measures. When you’re dealing with major structural repairs, you should always seek professional advice. If you need to use a stone, make sure you choose a material that can handle the weight.

The first thing you need to do is measure the affected area. This will help you determine whether the repair is too small or too large. In the case of a large slab, you’ll need to measure twice. If the damage is minor, you should use a lighter color. If the damage is smaller, you can consider using a different color. This will allow you to see the extent of the problem and take appropriate action. If you’re not sure about the exact method to use, you can hire a contractor for this purpose.

A concrete repair will last longer when it’s done properly. If you’re dealing with small patch areas, hand-placing the concrete is sufficient. If the damage is large, you can use a saw to cut the concrete out. For larger areas, you can use a concrete repair tool. Besides, you can also choose a specialty patch. If you’re not sure what type of material to use, you can even experiment with a mixture of both.

In some cases, you can do the repairs yourself or hire a contractor. A registered professional engineer can help you decide what type of concrete repair is right for your home or business. A registered engineer can assess the condition of your concrete and suggest the best way to fix it. If the damage is serious, you can hire an expert to do it for you. If you don’t have any idea about these things, you can hire a professional to do them.

A concrete repair needs to be made as soon as possible. The area should be moist and clean because the cement can’t be mixed with it in the same way. Ideally, the repair would be a permanent part of the building, a permanent solution. In some cases, the concrete repairs need to be poured into the concrete itself, but this doesn’t mean that you can’t experiment with it, either. When it comes to concrete, you should test it before you use it.

Before you apply concrete repair mortar, make sure to clean the area thoroughly. You should clean the area thoroughly and remove any dirt that may be embedded in the joints. You should also apply a sealer to the surface to prevent water from penetrating the area. A good quality sealer will repel water and prevent weeds from growing. You should perform concrete repairs regularly to maintain the structural surface of your building. You can do it yourself or hire a contractor.

How to Choose the Right Masonry Services for Your Driveway

How to Choose the Right Masonry Services for Your Driveway

If you live in a city, you’ve probably thought about getting a driveway installed. If so, you’ve already decided to have the area paved. However, if you don’t have the budget for the project, you can hire a driveway installation service. The company will do all of the hard work for you, and you can enjoy the benefits of a beautiful new surface in no time. Masonry Contractors will help you design and plan the new drive with ease.driveway

In addition to installing a new driveway, consumers should consider two main options. If they’re replacing an old one, they can install a new one. In this case, they should consider two basic installation processes: gravel and asphalt. Before getting a professional to install your new driveway, make sure to check building codes. Typically, the minimum requirements are 6-8 inches of aggregate base and 3 inches of the compacted surface of the asphalt.

The quality of masonry materials and techniques used by a contractor are crucial for a good result. Using experienced professionals is essential for a durable driveway, and you can be assured that your driveway installation service will meet the highest standards of craftsmanship. While hiring a professional, you can ensure your new driveway is well-constructed. By choosing a reputable masonry restoration service, you can be sure that your new driveway will be installed without a hitch.

A licensed contractor will provide you with recommendations for the right driveway installation service. A good installer will also be able to suggest how to solve any drainage problems that may affect the quality of your driveway. This way, you can ensure the durability of your new driveway. You should make sure you choose the type of foundation material that will suit your needs. The slab thickness will determine the amount of concrete needed. You can choose between a thin or thick slab. If your new driveway is made of clay or sand, you should choose a slab with an 8-inch thickness.

A newly installed driveway is an important feature for your home. It will keep water from draining into the property. It will prevent flooding. You can also install landscaping in the area around your driveway. You should consider the cost of a new driveway to save on energy costs. Once you have decided the location, you can choose a driveway that will best fit your needs. The cost will depend on the size of your house and the quality of the asphalt you use.

A new driveway installation will be expensive, but it will be worth it in the long run. First, you will need to prepare the area for the new driveway. It will require a contractor to prepare the site for the driveway. The contractor will need to prepare the area by leveling and placing wooden forms. Then, he will lay the asphalt over the gravel base. You will need to grade the area to level it properly to avoid cracks and uneven surfaces.

When you decide on a new driveway, you should think about the surface material. Depending on your needs, you can choose between asphalt and concrete. The concrete material is cheaper than asphalt and concrete. Moreover, it’s easier to clean than asphalt. You can get an excellent driveway installation done with a high-quality cement. The price of a new concrete driveway will increase your home’s value. In addition to this, it will also make it easier for you to sell your house.

When choosing a driveway, you should take into account the size of your driveway. The material you choose should be durable and withstand extreme weather conditions. It should be easy to maintain. The materials should be dependable and have a low-maintenance. If you want a high-quality driveway, you should have a professional install it. Once the concrete is installed, it is ready for the installation of the asphalt. This means the asphalt will be safer and the materials will be more durable.

It’s not enough to get your driveway installed. It’s also important to consider the soil conditions. You should look into hiring a specialist or hiring a professional engineer. There are many options for driveway installation. The cost will depend on the type of asphalt you choose. The cost will depend on the terrain of your property. The installation process will require the removal of trees, rocks and soil. In some cases, you will need to remove the foundation in order to install the concrete.

The Dangers of Choosing the Cheaper Option When it Comes to Precast Concrete

The Dangers of Choosing the Cheaper Option When it Comes to Precast Concrete

Choosing the cheaper option when buying anything is always tempting, but when it comes to precast concrete, this is a dangerous mistake. 

There are many ways that shortcutting precast concrete expenses can go wrong and lead to unexpected costs. Knowing these dangers is the best way to stay within your budget and prevent your project from becoming delayed.

Here’s what can go wrong if you choose the cheaper precast concrete option.

1. Drab appearance

One thing you’ll notice about cheaper options is that they don’t look as nice. But if appearance isn’t a major concern, these materials may be fine for your needs. 

Even so, you should consider investing in nicer-looking precast concrete to give your home or business that extra boost of curb appeal. Keep in mind that if you’re putting your precast concrete outdoors, it’s going to be exposed to the environment’s natural wear and tear, but will still need to look nice for years to come.

If appearance is a priority, why risk choosing materials that can’t live up? 

2. Less strength

When it comes to strength, cheap precast concrete will never compare. Good quality materials won’t bend or buckle under pressure and are made from high-quality ingredients that toughen up over time. 

Cheaper concrete is composed of low-grade minerals that tend to break apart after just a few years. Not only does this mean more repairs, but broken concrete is also more susceptible to mold, water damage, and rust.

3. Lacking in durability

When it comes to durability, premium precast concrete is the only way to go. If you want your new structure or installation to last for decades without any signs of wear and tear, you have two choices: cheap precast concrete that will fall apart after just a few years, or high-quality, durable concrete made from ingredients that are built to withstand the test of time.

Of course, many people are tempted to choose the cheaper option just because it’s a better deal in the short term. However, they end up spending more down the line in repairs and ongoing maintenance.

Along with being more cost-effective over time, high-quality materials are also safer because they’re less likely to fall apart and collapse.

4. Limited styles available

If you want the freedom to choose between different styles and finishes, you’ll want to look at higher-end concrete. The more you spend, the more you’ll be able to customize every aspect of the installation or structure so that it fits in seamlessly with your style preferences. This means you’ll have more control over design elements like color, texture, and finish–all while using premium ingredients that will last for decades.

Some companies even offer different textures and finishes. But of course, the trade-off is that these premium materials cost more than lower quality alternatives.

5. High maintenance costs

As mentioned previously, what you don’t pay upfront for precast concrete, you’ll likely have to make up for in repair costs later. Because premium precast concrete is strong enough to withstand extreme weather conditions, less maintenance is required over time. All you’ll have to do is keep it clean and let the high-quality materials work their magic.

If you’re investing in a precast concrete structure or installation that will be exposed to extreme weather conditions, it makes sense to choose high-quality materials for the best results. At Port Aggregates, all of our concrete products are made with the finest ingredients. It’s why we’ve been trusted for over 40 years! Contact us today to request a quote for your next precast concrete project.

The post The Dangers of Choosing the Cheaper Option When it Comes to Precast Concrete appeared first on Port Aggregates.

Interview: What Building Sustainably Looks Like for Concrete Structures and How to Achieve It

Interview: What Building Sustainably Looks Like for Concrete Structures and How to Achieve It

Building sustainably: there are many ways to go about it. (We’ve even discussed some ourselves right here on this blog!) But naturally, you might wonder which way is best for you.

If you’re in the concrete industry, it might feel especially critical now. After all, many professional organizations within the industry are more heavily promoting sustainable construction. And many are also establishing their own way to contribute to reaching net-zero concrete by 2050.

So, how should you contribute? And what does that even look like?

To shed some light on these questions and more, we’ve interviewed Kryton Vice President of Product Development, Kevin Yuers.

Thank you for joining us today, Kevin! Let’s start off with defining what building sustainably even looks like for concrete structures.

Building sustainable concrete structures means doing two things well. First of all, you need to build from the start with the smallest carbon footprint possible. Secondly, you need to build structures that last through their entire design without needing to be replaced or receive unnecessary repairs.

We know that concrete is a very durable building material. But we also know that its key ingredient — cement — has a very large carbon footprint.

So, it sounds like cement adds to the carbon footprint of concrete. Why is that?

You may have heard that for every ton of cement produced, a ton of CO2 is released.

Now, this is not exactly true anymore because cement manufacturers have made great improvements to their production processes and reduced this number by more than a third. But it is still a big number.

Most of the CO2 released is simply the result of the chemical reaction of turning limestone into cement, and there’s little that can be done about that.

What can be done is reducing the amount of cement you actually use in your concrete.

How can construction professionals reduce their use of cement?

Typically, the way that a concrete producer will increase the strength and durability of their concrete is to just add more cement. But there are ways to avoid that.

So, for example, many of our customers build concrete structures that are exposed to very abrasive environments, such as industrial floors, high-traffic slabs, and hydroelectric spillways. Instead of using cement-rich concrete to improve abrasion resistance, our customers add our Hard-Cem solution, an abrasion-resisting admixture.

This technology increases abrasion resistance without increasing cement content, lowering your initial carbon footprint. And because the concrete lasts more than twice as long with Hard-Cem, it can eliminate the need to replace worn-out concrete. What could be more sustainable than that?

What about countering other obstacles to a concrete’s life span like corrosion?

I can’t think of anything that contributes more to the deterioration of concrete structures than corrosion. Preventing corrosion should be a key consideration for any designer of concrete structures — especially infrastructure projects.

Again, we have to ask ourselves: what can be done to extend the life of this structure without increasing its carbon footprint right off the bat by adding more cement?

It turns out that the crystalline waterproofing admixture technology invented by Kryton in 1980 is an answer to this challenge for many structures.

Our admixture for concrete, Krystol Internal Membrane (KIM), is used today all over the world to replace membranes in water-retaining structures, basements, tunnels, and the like. But one of its lesser known advantages is its ability to delay or prevent the corrosion of reinforcing steel, which is especially a problem in places where reinforced concrete is exposed to salt like marine structures or transportation structures in cold climates.

KIM sounds like a perfect remedy for that. How does it work?

You may have heard of emerging smart technologies in building materials. These are materials that can react autonomously to events or changes in their environment by repairing themselves. Such self-healing or self-sealing is one of the ways that KIM works to protect concrete from leaks and corrosion.

If the concrete is poured with a porous area or if a crack should form, the technology from KIM reacts by growing crystals to fill the area and block the movement of water and salts from reaching the reinforcing steel. We call that Smart Concrete.

That’s great insight, Kevin! So, in short, for those looking to increase their concrete construction’s sustainability, they should strongly consider using Hard-Cem and KIM.

The post Interview: What Building Sustainably Looks Like for Concrete Structures and How to Achieve It appeared first on Kryton.

Did you miss our previous article…
https://www.concreteideas.co/?p=1373

Avoiding Concrete Cracks in the Winter: How to Prepare Your Concrete

Avoiding Concrete Cracks in the Winter: How to Prepare Your Concrete

One of the most dreaded things about winter is its damaging effects on concrete. This can be a costly and frustrating problem, but it doesn’t have to be! 

There are numerous easy ways to help avoid concrete cracks this winter. Follow these steps to prepare your driveway or other concrete slabs for the cold months ahead.

Seal your concrete surfaces 

In winter months when snowfall and low temperatures freeze the top of your concrete, frost damage can occur if they are not sealed. Sealing your concrete protects the surface and makes it easier to remove any ice as well. 

Remove debris

Regularly scraping away any leaves that fall onto your concrete as the seasons change is vital to protecting your driveway or other concrete fixtures. Leaves and other organic matter will prevent your concrete from getting the proper exposure to sunlight it needs in order to avoid freezing.

Repair any damaged concrete

If your concrete has become damaged or is already cracking, you need to take care of it as soon as possible. 

Cracked concrete exposed to freezing temperatures can cost thousands of dollars to replace and is likely to continue deteriorating over time if you do not repair it before temperatures continue to drop. 

Be sure to inspect all areas of your property that have concrete. It is possible that your gazebo, deck, or walkway might need replacement too.

Be careful with salt 

Using too much salt as a melting agent can actually damage your concrete, causing it to become brittle and more likely to crack. It should only be used in moderation. Fortunately, in Louisiana, this shouldn’t be too much of a concern for us. 

If you follow these steps, you can avoid the nightmare of having to replace cracked concrete this winter season. Don’t wait another day to start protecting your concrete. 

With the Louisiana weather being as unpredictable as it has been the past couple of years, there’s no telling what this winter will bring. Start taking steps to protect your driveway now and contact Port Aggregates for assistance. We look forward to helping you keep your concrete safe this winter!

The post Avoiding Concrete Cracks in the Winter: How to Prepare Your Concrete appeared first on Port Aggregates.

Did you miss our previous article…
https://www.concreteideas.co/?p=1357

What Is the Maturity Method?

What Is the Maturity Method?

Over the past year or so, you’ve gotten to learn about our latest product, the Maturix Smart Concrete Sensors, and the benefits they offer. Throughout it all, you’ve probably heard us mention the maturity method once or twice. It’s a concept that our wireless concrete sensors leverage to improve the process of concrete monitoring. But what is it exactly?

To answer that, we’ve brought on Marina Salvador, the instructional designer for the creator of the Maturix Sensors, Sensohive Technologies ApS. Read on to see her define the maturity method these sensors use, what the steps involved in this method are, and what you can do to learn more.

A hand is holding a black tablet that shows results from Maturix Sensors monitoring concrete.

The Definition 

The maturity method is a non-destructive test method that can be used to estimate the early-age strength development of concrete. The main assumption of the maturity method is that if two samples of the same concrete mix have the same maturity, they will also have the same strengtheven if they were cured under different temperature conditions

Thanks to new technologies and smart maturity systems like Maturix, which uses wireless temperature sensors and cloud computing, the maturity method is now a fast and easy method to use for real-time strength estimation.

The maturity method has three main steps, which you can read more about below.

A diagram divided into six rectangles shows the six steps to calibrating maturity. These include batching the concrete mix and making some samples, inserting temperature sensors into some of the samples, monitoring the temperature and calculating the maturity, performing break tests at specific maturities, plotting strength versus maturity, and fitting a maturity curve.

Method Step 1: Make a Maturity Calibration

A maturity calibration determines the relationship between the maturity and strength development of a specific concrete mix.

To find this relationship, you make some samples with the concrete mixture that you will use in your project and instrument some of them with temperature sensors. The samples are then cured under the same conditions, and the temperature history is measured using the sensors. Then, you need to perform break tests of the samples at different test ages to determine their compressive strength. Once that is done, plot the strength data from the break tests and the maturity from the temperature history in a graph. Lastly, find the best-fitting curve through your data points, also known as the maturity curve.

Note: You can add the strength results and maturity values in Maturix, and the system will automatically plot the maturity curve.

A diagram is divided into three rectangles that describe the steps in estimating the in-place concrete strength. These include batching the same concrete mix as the one used in the lab tests, inserting temperature sensors into your structure to monitor the maturity of your concrete, and estimating the concrete strength with a maturity curve.

Method Step 2: Estimate the In-Place Strength

Once you have performed a maturity calibration for your concrete mixture, you can estimate the in-place concrete strength by placing temperature sensors inside your structure. These will calculate the maturity index in your concrete and relate it to a certain strength from the maturity curve.

Note: With Maturix, it is extremely easy to follow the strength development, as the software will display the results in real time, and these can be accessed remotely. Moreover, it is possible to set up alarms to get notified when the desired strength has been achieved.

A construction worker is creating concrete samples to test.

Method Step 3: Validate the Maturity Calibration

Validating the calibration and maturity curve regularly is important because there might be small variations in materials, batching equipment, and conditions that might affect their accuracy.

To validate your maturity calibration, make some samples during the next batch and compare the strength estimated using the maturity method with the strength obtained from other testing methods.

ASTM C1074 strongly recommends not to perform critical operations without verification of the maturity calibration or without strength validation using other test methods.

A long bookcase full of colorful books curves away from the foreground in parallel with a black-brown railing.

Further Reading

To learn more about the three steps of the maturity method, we recommend you read these articles: “Maturity CalibrationEstimate In-place Strength with the Maturity Method,” and “Validating the Maturity Calibration.”

Convenient. Cost-Effective. Remote. Concrete monitoring with Maturix. Book a demo today!

The post What Is the Maturity Method? appeared first on Kryton.

Interview: Why Maturix® Is Contractor Kruse Smith’s Chosen Concrete Sensor

Interview: Why Maturix® Is Contractor Kruse Smith’s Chosen Concrete Sensor

Providing the best results for clients: that’s what most contractors strive for. And Kruse Smith is no different. That’s why the Norwegian contractor has recently started digitalizing their work for the E39 highway project. As part of this process, they took a special focus on technological innovations and how those could improve their on-site performance. That has allowed them to minimize any repetition, time consumption, and labor costs associated with their work while producing more cost-effective and timely end results.

More specifically, it has allowed them to effectively develop the 19 km (11.8 mi) of the E39 project that they are responsible for.

However, the project as a whole is likely to be the largest coastal highway infrastructure Norway has ever conducted. At about 1,100 km (683.51 mi), the project is expected to replace multiple ferry travel points and cut down travel time from 21 hours to just 13.

To optimize their part in this extensive project, Kruse Smith conducted a digital pilot project, enacting innovative changes, such as replacing paper plans with 3D modeling and BIM and using wireless sensors for concrete monitoring.

These wireless sensors (also known as Maturix Smart Concrete Sensors) help optimize Kruse Smith’s work on-site by enabling the contractor to remotely monitor the temperature and strength development of multiple concrete structures in real time. It’s a method that saves them time and money that they would have otherwise spent on physically checking each concrete form.

For more details on how this innovative technology is helping the contractor move forward on the E39 project, the creator of Maturix, Sensohive Technologies ApS, conducted an interview with two members of Kruse Smith’s team, Marius Røksland, and Asbjørn Stålesen.

The interview gave great insight into the use of Maturix in the infrastructure project. And we are happy to add to the conversation, sharing additional interview details on how Maturix helped Kruse Smith in their everyday work.

To talk about Kruse Smith’s work on the E39 project and their use of Maturix, we have two members from their team. Can you tell us a little bit about yourselves?

Marius: My name is Marius Røksland, and I work for Kruse Smith as a project engineer.

Asbjørn: I am Asbjørn Stålesen, and I’m the project manager for the new E39 between Kristiansand and Mandal.

What are you currently working on?

Marius: At the moment, at this jobsite, we are building 19 bridges, completing the new E39 highway. It’s a four-speed, 110-kilometer [68-mile] highway on the coast of Norway, all the way south. It is one of many small stretches of roads that we have been constructing.

For this one, now, we have been working for a couple of years and still have one-and-a-half years to go.

This bridge is about 370 meters long. It’s a dual lane, so we are doing two at the same time.

How far are you with the bridge?

Asbjørn: Currently, we are 90-, 95-percent finished. We have cast all three bridges, but we have some of the small works around them left before we can hand them over to the client.

On this particular project, we have all cast-in-place. We have no precast, and we do this with quite big formworks.

These are 120-meter [393.71-foot] bridges, but we reuse the formworks from one to the other. So we try to do as much of that as we can, but it’s important for us to think industrial scale because we’ve been building so many bridges in such a short time. This is also why monitoring the curing process enables us to move on a lot faster as we know exactly when we can remove the formwork.

What are the challenges of this project?

Marius: The weather is a challenge as it is way too cold. We have problems with ice and snow here in Norway, especially now when it’s so cold. So it’s important for us to know the concrete temperature in the whole bridge and every cast. This has mostly to do with the maximum temperature, but also now in these conditions, we really have to be careful not to have anything freeze until we get the curing.

There are also different aspects, but mostly, that the temperature may not differ too much from the core to the outer edges as the structure can get damaged otherwise. In the current temperatures with the cold, it is a challenge. So we really need to monitor the temperature!

Did you always monitor the concrete temperature in mass concreting?

Asbjørn: It’s always been a requirement that we monitor, but the other systems we used were offline. That means that you go and collect the data and you come back and analyze it.

This also means that in real life, you do this more than one time — maybe once if you’re lucky — and directly get the required result.

Marius: Before Maturix, we used manual data loggers. They were digital, but not wireless. Then, you had to take the sensors, set them up, leave the sensors, cross your fingers, and hope for the best. And then, some days later or some hours later, you have to go back out to the form, check whatever reading there is, collect it, put it into the computer, and see what you actually get.

Asbjørn: So even with the data loggers, it is still very time-consuming to set them up and go get them. Also, you really don’t know what the data looks like until you actually finish the casts and do the analysis. (With Maturix, you get all the graphics and analysis on the screen — live.) And you don’t get any chance of doing something as you progress through the curing process.

That means that you’re not really actively using the data. You’re crossing your fingers and hoping that everything has gone well, and afterwards, you have documentation that it did. It’s a very passive way of working compared to having the data available at all times.

How do you actively use the data?

Asbjørn: So that’s one aspect of it — better active documentation and quality control. Another is, if we forgot something and suddenly there is a change like a temperature drop or some kind of temperature change or another concrete mixture — or if it gets too hot, for instance — or you were expecting to see this curing process start in, say, eight hours, but you didn’t get it until it was 14 hours? Then, we can investigate further why and potentially save time next time by adjusting the mixture or doing some additional work prior to casting.

So, are you using the monitoring data to optimize future casts? Has that influenced internal teamwork?

Asbjørn: Yes. We see that in everyday life, we’re using the data so much more, and discussions around it have been brought up. The temperature data becomes an everyday topic instead of being something that a quality engineer does and documents. And we see that the data has been actively used to improve how we build.

How important is the monitoring data for you, and how do you use it?

Asbjørn: It’s important for us at all levels. For me, as a project manager, it’s important to keep control of all the work going on. We have work in a lot of different sites, and this enables me to keep track of ongoing castings and how they are doing. So basically, we can monitor the situation in real time so that we know what’s going on.

But it’s also important for us in everyday work, where we have control over all the curing processes at a much better level now. And we can much more accurately predict when the concrete is cured and when we can go to the next step.

But it’s also good from a quality aspect. We can use it in meetings and discuss how the castings are going and which areas of concern there might be or how we can adjust for future casts.

Marius: We can check whatever the concrete is doing and share the information with the client. That creates a lot of transparency and trust.

Who has access to the monitoring data?

Asbjørn: Well, we have chosen to share the access to the software with both our clients and third-party members. So everybody has full access to all the data, and the feedback from that is very good! They check the data, and they discuss it with us. We have a very good dialogue with all parties, and we get to share the knowledge of how to improve our quality of work.

It gives a whole new level of trust, showing them that we have nothing to hide. And this is very good to have in a project like this!

So, how easy do you think it would be for someone who has not used Maturix before to get started?

Asbjørn: We’re finding now that it doesn’t take much training at all and that people are really on board. People are really interested and want to use it as much as possible here, and it’s certainly not a system we will go away from.  It has come to stay with us.

Marius: You just take the cable, connect it to the transmitter, start it in the software, and you are ready to go. It’s super easy to get started.

What would you tell someone who is considering Maturix?

Marius: I think it would be better to show them. You get everything that you need, plus a lot more! You get all the data and don’t need to be on-site or do the analysis, so it just is better and quick and easy.

Asbjørn: I’m firmly recommending using the system. It gives you much more insight into what you’re doing. Also, together with your client, it gives you better client relations and a higher quality of work. So in my mind, this is the way forward!

Thank you so much for taking the time to talk with us, and good luck with your work on the E39 project!

Convenient. Cost-Effective. Remote. Concrete monitoring with Maturix. Book a demo today!

The post Interview: Why Maturix® Is Contractor Kruse Smith’s Chosen Concrete Sensor appeared first on Kryton.