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The Process of Installing Concrete Walkways

Are you planning to improve the appearance of your outdoor spaces? You might be thinking about adding a fish pond, or planting beautiful flowers, or installing additional furniture outside. But have you ever thought about upgrading your sidewalks and driveways? Maybe the time has come that you may need to update your walkways with modern finishes. However, the idea of destroying your old walkways and installing new walkway construction material can be a bit overwhelming, especially with all the cost and labour to go through to complete the process.

Upgrading your walkways does not have to be that labour-intensive. With the use of concrete pavers, you can have a simple and affordable solution for your outdated walkways and driveways. Most driveways and walkways that can be found in many establishments today are made up of cement. Although cement is considered as one of the most durable construction material today, it is still subject to damages, such as cracks and gaps. In order to prevent that from happening, paving the concrete surface with natural stones and other paving materials can further increase the durability of concrete walkways.

When it comes to installing concrete pavers, there are two main options: regular paver installs and overlays. In a regular install, your paving contractor will start from scratch by excavating the area and laying down pavers. This technique is used when you don’t already have concrete laid down or when there’s significant damage to the concrete and/or foundation. To know more about the topic, simply visit its main source.

You can actually upgrade your walkway by using stamped concrete and concrete forms. Stone and brick pathways are just very classy and professional to look at which is why many people opted for them. However, laying stones and bricks on pathway surfaces can be very exhaustive and time-consuming. Fortunately, stamped concrete is an appealing alternative.

Surface preparation for a molded concrete walkway like this is minimal – just remove sod, debris and protruding rocks.   The individual stones or bricks created using Walkmaker follow the natural contours of the ground. Visit the main source to read the entire article.

Concrete pathways are also very ideal to public places. Because concrete is far more durable to most paving materials, it has become a standard for commercial owners to use concrete for their parking lots, sidewalks, and driveways. In fact, public highways are now being transformed into concrete from the conventional asphalt. As you may have observed, many interesting places in the world have beautiful concrete flooring around.

The project, completed in spring 2014, includes two clusters of seven columbariums resting on 900-square-foot circular concrete bases, with two additional bases in place for columbarium clusters in the future. Each cluster is designed to have seven units, each containing 484 niches for cremated remains. To read the full article, simple visit the main source.

If your current driveway or pathway is still in good condition, you can easily apply concrete pavers directly over its surface. This process is commonly known as overlay. This means that instead of installing new layers of concrete to create a cemented pathway, all you have to do is to install the concrete pavers. Many professional paving companies offer overlaying services at very affordable rates. Creating a stylish finish to your pathway also requires your personal effort.

Additional reading:
Title:	HTML:
Design Ideas for Garden Path
More Garden Paths
Beautiful Walkways
Gravel Look Walkway
Walkway Design Ideas
Get More Garden Path Ideas

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The History of Sacramento, CA

Being the capital city of the State of California, the seat for the Sacramento County, and the central city for the four –county Sacramento metropolitan area, there is no doubt that Sacramento is a city with a rich history. It lies on a 99.2 square miles, in which 2 square miles is water and 97. 2 is land. Since it is located at the confluence of the American River and the Sacramento River, it is popularly known to the locals as the River City.

The history of the city began when John Sutter set foot at the confluence of the American River and the Sacramento River in 1939. In an effort to establish an agricultural community, Sutter developed the Sutter’s Fort. This attracted investors who were looking for opportunities.

You may check this video: https://www.youtube.com/watch?v=oW2fFqhhM74.

In 1848, this area made a significant development when gold was discovered in neighboring foothills. This transformed the community at Sutter’s Fort from an agricultural Community to a mining and trading one. This was later called the ‘Gold Rush.’

During the gold rush season, the community in this area built houses out of wood and covered them with canvas. The structures were often destroyed by raging fires, and this lead to the development of the first ever volunteer fire department on the western side of the United States.

The fact that the city had a huge waterfront location did not always come as a blessing. The area was prone to flooding, a calamity that hit the community here several times. This made developers to come up with a plan to raise the city, and this came into being after the devastating flood that swept buildings across the city.

In 1884, the California State Legislature moved to the city of Sacramento in California, and the city was named the state capital in 1879.

The blend of the new status and strategic location of the city led to the abrupt development of the city. Population increased and businesses boomed. Railway companies started linking the city with other areas, and in no time, Sacramento became a major transportation and distribution point as well as the home of great attractions such as Sacramento – Railroad Museum. Engine companies 1 and 2 were formed in 1872, and the Sacramento Fire Department became the first commercial fire department in the western side of Mississippi.

The city saw a lot of technological advancement in the late 1880’s and the early 1900’s. Longer extension ladders were made, and rubber hose replaced the copper-riveted leather hose.  Street automobiles and cars replaced the horse carriages. Motorized apparatus replaced steam-operated pumpers. Also, the fire department received motorized vehicles in 1912.

By the end of the 20^th century, the city had grown rapidly, and population increased. In the 21^st century, this city is highly civilized. It is a technological hub that is an admiration of many all over the world. People come here for business, education, and opportunities. It is a livable place with a host of modern schools, health facilities, transport system, find dining restaurant like Sacremento – Mulvaney’s B&L Restaurant and lots of attractions.

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Concrete Maintenance 101: Tips for Extending the Lifespan of Your Concrete Surfaces

Concrete is one of the world’s most versatile and durable construction materials. And with a price point that fits nicely into all budgets, it is no surprise that it is used in every type of project imaginable.

Nonetheless, despite its myriad benefits, it needs its own maintenance and upkeep just like any other type of material. In this article, we will provide you with 6 tips that can help you extend the lifespan of your concrete and give it a like-new appearance indefinitely.

Install A Top Notch Drainage Infrastructure

Extending the life of concrete starts before the concrete is even poured. This happens by promoting an elite drainage infrastructure that will not let water erode, stain, or mar your concrete in any way.

Always make sure that the surrounding landscaping is sloped slightly away from your concrete surfaces. Place outdoor drainage grates throughout your landscaping to ensure that heavy runoff is accounted for before it reaches the concrete. If you are building a sidewalk, you may need to add some substrate prior to pouring to guarantee that water flows off of the sidewalk. If this is not feasible, be sure to add some slot drains to the concrete to keep water from standing. 

Clear Away Any Standing Debris 

It is important to be proactive in keeping concrete clear at all times. The longer debris sits, the greater the likelihood that the concrete’s seal is tested and a stain sets in. 

Therefore, it is important to immediately sweep away any grass clippings, dirt, sand, or any other type of material that may get compacted into the concrete. If you live in an area that receives snowfall, be sure to shovel as soon as possible. Just be careful about plowing too close to the surface, as sharp plow edges can easily nick concrete surfaces and open the door for bigger issues.

Clean the Surface At Least Annually

Even for those who stay ahead of keeping concrete clear, there are small particles and microorganisms that get embedded into the cracks and grooves on a concrete surface. These can add up over time. As such, it is important to clean concrete surfaces once or twice a year. Use a pressure washer to knock free any embedded particles and drive them off of the surface. There is no need to mix any chemicals into the pressure washer. Plain water is fine in most cases, but a mild detergent would be acceptable to help break down any debris that is heavily caked on. 

The annual clean is also a great time to seal the concrete. This will help prevent moisture ingress and staining. When choosing a sealer, it is a good idea to select a high-grade acrylic sealer that will bond to both the concrete and any previous sealer that is still intact. 

Immediately Attend To Any Spills

Oil leaks, dropped food, or any other type of spill that could cause a grease stain shouldn’t wait until tomorrow. They need immediate attention. Use a non-corrosive concrete cleaner to make sure any staining agents are no longer bonded to the surface. The best cleaning products will break down stains that have fully set in–it will just take a lot more work than if you attend to spills immediately.

Avoid Using De-Icing Chemicals

There are a lot of fancy ice melt products on the market these days. While they add convenience in quickly breaking down standing ice, they are not the best option for prolonging the life of your concrete.

De-icing products rapidly melt ice and introduce large amounts of water to the concrete. Because the remaining ice inhibits the runoff of this water, puddles start standing and are more likely to get absorbed by the concrete. If you get another cold night and this standing water starts to freeze again, it can cause permanent damage to the concrete.

If you need traction on your concrete, it is better to apply sand. Just remember to sweep it away once the ice is completely gone.

Lift the Concrete As Necessary

Despite your best efforts, there will be some times when the forces of nature strike in a major way. This can wash away substrate and cause the concrete to crack, slope, or buckle.

Rather than completely replace the concrete surface, there are some innovative concrete lifting techniques that can restore damaged sections. Using a series of small holes drilled into the surface, a polyurethane foam is pumped into the substrate. It expands and lifts the buckled concrete back to desired levels. The concrete is then patched up to repair the holes and cracks to get your concrete looking like new again.

Get Started Today Towards Years Of Pristine Concrete

Even though concrete is one of the most versatile and durable construction materials on the market, it requires proactive care to remain in tip-top condition. In addition to the 6 pro tips listed above, be sure to check out the resources at AAA Concreting for all of the latest ideas in the concrete industry!

Brian Jeffries is a freelance writer that loves sharing his knowledge and expertise on construction projects and materials. He lives in Winter Park, Florida where he enjoys spending time with his wife and working on projects in his spare time. Brian’s work as a freelance writer can be found on Building Product Advisor, a construction industry resource site.

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Concrete Reinforcement: Reinforcing Your Structures for Added Strength

Concrete is one of the most durable, versatile, and classy building materials in the world. As a result, it should come as no surprise that it is also one of the most widely used. 

While the advantages of using raw concrete are plentiful, there are some ways to reinforce it to capitalize on these advantages even further. Steel rebar, fiber-reinforced polymer bars, and fiber meshes are all some materials commonly added to concrete to help resist shear, compressive, and tensile forces. However, in this article, we are going to explore two innovative reinforcement methods–insulated concrete framing and crystallized waterproofing–that can enhance your use of concrete to the fullest for an upcoming construction project. 

Insulated Concrete Forms

A popular framing choice amid the rising trend of sustainable, energy efficient buildings, insulated concrete forms (ICF) leverage the natural durability and insulation of concrete and provide reinforcements to extend these benefits even further. 

ICF is a precision-manufactured, double-insulated framing solution for reinforced concrete walls. The manufacture of ICF blocks involves six critical components of reinforcement and insulation to make their concrete walls the best in the industry:

1. Rebar support – embedded steel rebar makes ICF walls one of the most durable in the industry. They are highly rated for all above- and below-grade purposes and exceed all safety, durability, and resilience requirements set by FEMA-ATFP and Federal Military Standards.
2. Continuous double-layer insulation – this helps ICF achieve elite thermal comfort, energy savings, and sound mitigation. An R-value of 23.5 or higher provides the most insulative walls for zero-energy builds.
3. Solid monolithic air barrier – many structural wood framing panels provide small cracks, crevices, and other imperfections through which air can pass. Conversely, ICF walls exceed the standard for minimum airtightness. The continuous air barrier provides comfortable interior environments with enhanced climate control.
4. Continuous vapor barrier – in the wake of the COVID-19 pandemic, structures are under increasing scrutiny to provide elite interior air quality for patrons. The PERM rating of ICF blocks is less than 1.0, basically eliminating moisture intrusion and the harmful mold, rot, and mildew spore that comes with it.
5. Full height embedded attachment strips – this makes ICF walls compatible with virtually any type of cladding material. Strong enough to work with metal, brick, fiber cement, and a host of other materials, the airtight fastening strips eliminate thermal bridging that can occur between the cladding and wall substrate.
6. Reversible interlock – the intuitive block design reduces construction time and product waste, with a parallel friction fit connection that’s easy, versatile, and fast to assemble.

ICF framing offers everything you would want to see for sustainable construction. Its elite air and moisture barriers make it a strong choice to withstand strong winds and driving rains, with steel reinforcement providing shear support that may undermine basic concrete structures. The concrete walls offer unmatched fire and pest resistance as well. For these reasons, ICF framing has been used to rebuild neighborhoods around the country that have been ravaged by natural disasters. 

Concrete Crystallization

If there is a knock against concrete, it is that unsealed concrete surfaces have a tendency to be a bit porous. This is common to all types of masonry surfaces and requires some extra attention to sealing to prevent unwanted water ingress. However, much of this concern can be alleviated by leveraging modern innovations in crystalline waterproofers.

Chemical crystallization products offer a more long-lasting solution to concrete porosity. It helps form hard crystals deep at the microstructural level that make it impossible for water to bypass. Crystallization chemicals interact with the natural byproducts of cement hydration to form an impermeable barrier that stops water and other types of corrosive liquids from entering the concrete. The advantages of this type of concrete waterproofing over membranes and surface coatings are numerous:

• The crystalline structures deep within the pores of the capillary tracts prevent penetration of water and harsh chemicals, while other types of sealers only offer surface-level protection.
• Since it is not dependent on surface adhesion, crystalline waterproofers are resistant to extreme hydrostatic pressure.
• The crystals formed in the concrete capillaries can seal hairline cracks up to .5mm.
• It will not degrade over time like surface-level membranes.
• It is a permanent solution that does not need to be regularly reapplied like surface sealers, as the crystalline chemicals reactive and self-heal whenever water is present. 

Concrete crystallizers are one of the most innovative solutions on the market for reducing concrete porosity, helping reduce the lifetime cost of ownership through reduced maintenance and upkeep of your concrete structures. 

Reinforce Your Concrete Today for Long Lasting Durability

Even though concrete is one of the toughest, most durable building materials in the world, there are ways to reinforce it to make it even stronger. Specifically, ICF framing in energy efficient buildings and crystalline waterproofing methods are two trending concepts that can enhance concrete structures. For more information on how to leverage these two types of concrete reinforcement, check out the resources at AAA Concreting today for ideas and inspiration!

Brian Jeffries is a freelance writer that loves sharing his knowledge and expertise on construction projects and materials. He lives in Winter Park, Florida where he enjoys spending time with his wife and working on projects in his spare time. Brian’s work as a freelance writer can be found on Building Product Advisor, a construction industry resource site.

The post Concrete Reinforcement: Reinforcing Your Structures for Added Strength appeared first on AAA Concreting.

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Epoxy Flooring Applications

Floors are usually the part of the home that is often ignored. Even though they are considered to be an essential part of everyday productivity and safety, homeowners usually take floors for granted. Perhaps you would agree that the floors of the home play a huge part in its overall aesthetics. If you do, you should consider getting a flooring upgrade. If you are familiar with epoxy flooring, you might want to go with that.

Epoxy floors are highly utilized in large scale establishments where there is heavy foot traffic. Because of their easy-to-maintain and smooth surface, many homeowners also acquire epoxy flooring in their homes. Epoxy is a chemical that is used as a sealant for concrete floors. It can be used in various applications, including walls, garage floors, and walkways. The benefits of epoxy flooring are numerous which is why it is becoming a popular flooring option for homeowners nowadays. Concrete floors with epoxy coating are observed to last a lot longer and resist considerable wear compared to ordinary flooring. You can end up saving a lot of money if you go for this option.

Epoxy is a material that acts as a sealant for concrete floors. Epoxy coatings can be used on floors for commercial buildings, walkways, even on walls or ceilings at times, and most commonly on garage floors. Many facilities that have already experienced the benefits of epoxy flooring are commercial or industrial buildings such as manufacturing plants, warehouses, pharmaceutical buildings, food or beverage plants, even laboratories. To get the full list of benefits out of epoxy flooring, just visit https://www.corraypainting.com/blog/10-benefits-of-epoxy-flooring.  

Epoxy coatings are typically applied on concrete floors to create a smooth and durable surface that can last for decades with only little maintenance. The application of the epoxy coating on concrete floors does not take too long to complete, especially if there are no visible cracks or any damage on the surface. If the concrete is already too old, surface testing may be needed to know if there are other products applied on its surface before.

An epoxy coating requires a clean and slightly porous surface to adhere properly. Epoxy may not bond to sealed or polished concrete. The concrete also must be fully cured. Before apply epoxy floor coating, it is important to patch and repair all major cracks and chips in the concrete surface and to remove all grease. Go to this website to know how to properly apply epoxy coating on concrete floors.

If you are not too familiar with how epoxy flooring is made, it would be best to let the job done by a professional. Some contractors offer epoxy coating services to local clients with concrete floors. In some cases, an epoxy primer may need to be applied after the coating for better results. Knowing the right formula can be a bit tricky which is why professional help is recommended most of the time.

Additional reading:
Title:	HTML:
Epoxy Coat a Garage Floor
Blending Epoxy Flooring	Step By Step Safety: (if epoxy) Wear chemical goggles when blending the epoxy. Wear nitrile gloves when handling the epoxy. Safety: (if polyavastic) ALWAYS wear a respirator with a 3M 6001 Organic Vapor Cartridge when working with polyavastic, whether blending, troweling or topcoating. Be sure to follow the cartridge replacement plan. Wear chemical goggles when blending the polyavastic. Wear nitrile gloves when handling the polyavastic. Step 1 The first step is to prepare the surface and remove any existing coating or concrete laitance. The surface needs to be porous and able to absorb the adhesive binder. You can do this simple test – pour a little solvent on it and see if it soaks in. If the solvent lays on the surface than you need to scratch up the surface further. Use Xylene or M.E.K. as the solvent – you will also use this to keep your tools clean. Step 2 The next step is to prime the floor. Unless your floor has a moisture problem – then this primer step is skipped and you will use our Vapor Vent epoxy stone flooring method instead. Step 3 Mark out your first section on the floor so you know how much area each kit needs to cover. Make sure your gauge rake is set to the proper depth – which is usually 1/8″ more than the desired thickness. You may need to mark out the next section before blending each new batch until you are confident that you are getting the right coverage. 32 square feet per kit at a depth of 3/8″ 24 square feet per kit at a depth of 1/2″ (we recommend a depth of 1/2″ for pools, patios and walkways) 16 square feet per kit at a depth of 3/4″ (we recommend a depth of 3/4″ for driveways) Step 4 (if epoxy) Blending Instructions: Add 2 quarts of Pebblestone Epoxy Part A into 1 quart of Pebblestone Epoxy Part B and blend thoroughly. Pour the blend over 2 bags of pebbles. Blend thoroughly. Step 4 (if polyavastic) Blending Instructions: Pour the whole quart can of Polyavastic part B into the short-filled gallon can of Polyavastic part A and blend thoroughly. Pour the blend over 2 bags of pebbles. Blend thoroughly. Step 5 Pour out the pebbles and spread them with the gauge rake to get a uniform coverage. Then use a finish trowel to smooth out the pebbles to make an even surface. Try to have an even finish with no trowel marks or stray rocks sticking up. It is easy to do a nice job, but it does take extra time. If you try to hurry it will not look nice. Step 6 The next step is to let the pebblestone get hard. Indoor epoxy will be cured the next morning. Outdoor polyavastic will take an extra day to cure. Then scrape off any stray pebbles that are sticking up and sweep or blow off the floor to remove the extra pebbles. Step 7 (if epoxy) Topcoat Blending Instructions: Add 2 quarts of Pebblestone Epoxy Part A into 1 quart of Pebblestone Epoxy Part B and blend thoroughly. Roll an even topcoat over the pebblestone. * Approximate coverage for 1 kit (3 quarts) of pebblestone epoxy (for topcoat) is 100 square feet. Step 7 (if polyavastic) Topcoat Blending Instructions: Pour the whole quart can of Polyavastic part B into the short-filled gallon can of Polyavastic part A and blend thoroughly. Do not try to split the kit. If you must split a kit, be sure to throughly blend the part A before pouring it because some components of the part A will have settled to the bottom of the can. Then split by weight – 2 parts Polyavastic part B to 3 parts Polyavastic part A. Read more: https://www.everlastepoxy.com/everlast-epoxy-floors-installation.
Epoxy Flooring Sample
Designer Metallic Epoxy Floor Installation
Gold Glitter Epoxy Floor
More on Epoxy Floors

The post Epoxy Flooring Applications appeared first on AAA Concreting.

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What is Epoxy Flooring?

To understand what epoxy flooring is, it is essential to know the primary material used in the process. Epoxy is any of the vital components of epoxy resins, a class of reactive chemicals that contain epoxide groups. Epoxy resins are often used in flooring applications due to their durability, excellent adhesion, and other unique properties. In a typical flooring application, the epoxy resins are mixed with hardeners, forming a rigid plastic material that is so strong and bonds extremely well to almost all types of base layers.

Epoxy floors are mostly used in areas with heavy traffic, including hospitals, sports centers, and industrial environments. But nowadays, epoxy floors are becoming popular in residential areas too. This type of flooring does not have to be done on newly installed concrete floors. Even damaged concrete floors can be applied with epoxy. The self-leveling epoxy floors are the solution for old and cracked concrete floors. They can create a smooth, durable, and industrial-grade flooring surface that you would find comfortable to look at and step on. There are many other epoxy flooring options you can choose from for your specific floor.

Flake floor systems are made when colored chips or flakes are placed within the epoxy to create vibrant, multi-hued, seamless, resilient surfaces. The chips are not only aesthetically pleasing, but their slightly rough surface reduces slips and falls. The flakes are available in an endless variety of colors, styles, textures, and sizes and can be mixed into the combination of your choice. For more detailed information about epoxy flooring, simply visit https://www.performanceindustrial.com/2016/02/25/what-is-epoxy-flooring/.

Epoxy flooring, just as other flooring options, has its pros and cons. But compared to an average floor, epoxy floors have a lot more advantages. One of the main advantages of an epoxy floor over others is its appearance. An epoxy floor looks bright and professional due to its smooth and even surface. It is also very easy to maintain. Furthermore, an epoxy floor is also very resistant to most elements, including oil, bleach, gas, and cleansers.

Compared to other types of flooring, the per square foot cost of epoxy floors are tough to beat. Since it can be installed directly over concrete and other flooring types, the installation costs are quite a bit lower than the others. Pricing remains one of the biggest and the most immediate advantages you’ll find with epoxy flooring. If you are interested about the topic, check out the full article at its main source.

Epoxy is always a great option to decorate your floors. If you feel like your current flooring is a bit try and monotonous in appearance, you should consider getting epoxy flooring. There are many contractors today that offer epoxy flooring services to residential areas. You will know all your options once you get in touch with a contractor that provides this kind of service. Maybe it is about time to upgrade your home’s aesthetics.

Additional reading:
Title:	HTML:
Epoxy Coat a Garage Floor
Blending Epoxy Flooring	Step By Step Safety: (if epoxy) Wear chemical goggles when blending the epoxy. Wear nitrile gloves when handling the epoxy. Safety: (if polyavastic) ALWAYS wear a respirator with a 3M 6001 Organic Vapor Cartridge when working with polyavastic, whether blending, troweling or topcoating. Be sure to follow the cartridge replacement plan. Wear chemical goggles when blending the polyavastic. Wear nitrile gloves when handling the polyavastic. Step 1 The first step is to prepare the surface and remove any existing coating or concrete laitance. The surface needs to be porous and able to absorb the adhesive binder. You can do this simple test – pour a little solvent on it and see if it soaks in. If the solvent lays on the surface than you need to scratch up the surface further. Use Xylene or M.E.K. as the solvent – you will also use this to keep your tools clean. Step 2 The next step is to prime the floor. Unless your floor has a moisture problem – then this primer step is skipped and you will use our Vapor Vent epoxy stone flooring method instead. Step 3 Mark out your first section on the floor so you know how much area each kit needs to cover. Make sure your gauge rake is set to the proper depth – which is usually 1/8″ more than the desired thickness. You may need to mark out the next section before blending each new batch until you are confident that you are getting the right coverage. 32 square feet per kit at a depth of 3/8″ 24 square feet per kit at a depth of 1/2″ (we recommend a depth of 1/2″ for pools, patios and walkways) 16 square feet per kit at a depth of 3/4″ (we recommend a depth of 3/4″ for driveways) Step 4 (if epoxy) Blending Instructions: Add 2 quarts of Pebblestone Epoxy Part A into 1 quart of Pebblestone Epoxy Part B and blend thoroughly. Pour the blend over 2 bags of pebbles. Blend thoroughly. Step 4 (if polyavastic) Blending Instructions: Pour the whole quart can of Polyavastic part B into the short-filled gallon can of Polyavastic part A and blend thoroughly. Pour the blend over 2 bags of pebbles. Blend thoroughly. Step 5 Pour out the pebbles and spread them with the gauge rake to get a uniform coverage. Then use a finish trowel to smooth out the pebbles to make an even surface. Try to have an even finish with no trowel marks or stray rocks sticking up. It is easy to do a nice job, but it does take extra time. If you try to hurry it will not look nice. Step 6 The next step is to let the pebblestone get hard. Indoor epoxy will be cured the next morning. Outdoor polyavastic will take an extra day to cure. Then scrape off any stray pebbles that are sticking up and sweep or blow off the floor to remove the extra pebbles. Step 7 (if epoxy) Topcoat Blending Instructions: Add 2 quarts of Pebblestone Epoxy Part A into 1 quart of Pebblestone Epoxy Part B and blend thoroughly. Roll an even topcoat over the pebblestone. * Approximate coverage for 1 kit (3 quarts) of pebblestone epoxy (for topcoat) is 100 square feet. Step 7 (if polyavastic) Topcoat Blending Instructions: Pour the whole quart can of Polyavastic part B into the short-filled gallon can of Polyavastic part A and blend thoroughly. Do not try to split the kit. If you must split a kit, be sure to throughly blend the part A before pouring it because some components of the part A will have settled to the bottom of the can. Then split by weight – 2 parts Polyavastic part B to 3 parts Polyavastic part A. Read more: https://www.everlastepoxy.com/everlast-epoxy-floors-installation.
Epoxy Flooring Sample
Designer Metallic Epoxy Floor Installation
Gold Glitter Epoxy Floor
More on Epoxy Floors

The post What is Epoxy Flooring? appeared first on AAA Concreting.

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Tips for Installing Conduit Fittings Under Concrete Slabs

Installing conduit fittings underneath concrete slabs can be a challenging but rewarding endeavor. From ensuring correct preparation of the area to selecting and putting in the right components, getting it done correctly is essential to ensure safety and longevity. Fortunately, there are straightforward steps that you can follow to properly install your conduit fittings under concrete slabs—and we’ve got all the tips and tricks you need right here! This post will take readers through each step, covering everything from surface preparation to component selection, drilling techniques, and more; providing all of the help necessary for anyone looking to complete this task. Read on for an informative guide on how best to get conduit fittings installed quickly and easily under any kind of concrete slab!

 

Preparing the Slab – How to Properly Prepare the Ground Before Installing Conduit Fittings

Preparing the slab properly is key to the successful installation of conduit fittings. Before breaking out the concrete, take some time to plan for the project. Create a sketch or use measurement tools such as a yardstick to ensure that you know where each hole should be drilled. This will save time and help with a smooth installation. When digging your holes, be sure that you are going at least four inches deep as this ensures that your conduit can stay connected even during extreme weather conditions. Finally, when done drilling and leveling your ground, cover it with plastic sheeting for extra durability during the pouring of concrete. With these few steps in mind, you can have confidence in starting the installation process knowing that the ground has been prepped with care and precision – ready for the installation of its newest harnessed partner!

Choosing the Right Fittings for Your Project – Considerations for Selecting the Right Size, Type, and Material of Fittings

Whether you’re a professional contractor or tackling a DIY project, the most important choice to make when installing conduit fittings under a concrete slab is selecting the right size, type, and material for the job. When choosing these fittings, you’ll need to consider factors such as working pressure and media running through your conduit, local code requirements, and coating specifications that are necessary for corrosion protection from environmental elements. It’s essential to pick tubing with enough strength to bear all the applied loads, use materials compatible with the environment, media running through it, and any thermal cycling temperatures in operation. The correct fitting must also be designed for sufficient temperature range and pressure variation while operating safely under all conditions; not just during installation. By choosing an RTRC conduit engineered for corrosion resistance, you can also extend the life of your fittings and protect them from harsh elements. Taking everything into consideration will ensure that your project goes off without a hitch.

Marking the Slab – Learn What You Need to Know About Marking Out Areas for Conduits

Did you know that the first step in installing conduit fittings under a concrete slab is to mark the layout of your project on the surface of the slab? This is an important step, as it serves as a guide for where to drill and where not to. It’s best to use bright-colored chalk or paint for this task, as anything else may rub off too soon and require you to start over. Since conduit fittings come in various sizes, take care to ascertain exactly how much space your particular fitting will need so that you don’t accidentally overcrowd or interfere with other parts of your project. Finding out what tools are necessary before proceeding can help make this part of the job easier too. Marking the slab accurately is key when it comes to ensuring a successful installation — make sure you do your homework!

Drilling Into Hardened Concrete – The Best Way to Drill Holes Without Damaging the Slab

Drilling into hardened concrete sounds like a daunting task – and it can be if you don’t know the best way to go about it. The key to successful drilling is using the right tools and taking your time. It’s important to take extra caution when drilling into hardened concrete, as improper methods could end up damaging the slab or making an inaccurate hole. First, consider what size hole you’re trying to make, since this will dictate the type of drill bit you’ll need. Then choose a hammer drill or rotary drill, as either will do the job well. Always use water during drilling to ensure a clean entry point and avoid dust and debris buildup. Finally, slowly work your way in while maintaining constant pressure – this not only helps decrease any unnecessary strain on the equipment but also helps keep preventative maintenance of your drill in check! With these tips in mind, you should be well on your way to creating accurate holes without damaging your slab.

Securing Conduit Fittings – Tips on How to Secure and Tighten Fittings So They Stay in Place

Securing conduit fittings underneath concrete slabs can be quite tricky. If not done correctly, your entire project could be at risk. That’s why it’s important to make sure that the fittings are properly locked in place by using a wrench or socket to tighten them securely so there won’t be any shifting. It’s also important to check for propeller washers, as sometimes these may not be included with fittings and must be purchased separately to ensure a good fit that will hold up under the weight of the concrete slab or other material. Another useful tip when securing the fittings is to lightly cover the area around them with some non-organic material like sand or pea gravel so that shifting is minimized if any weight is placed on top of the slab. Doing all this makes sure that you have a secure and tight fitting that will stay put, no matter what.

Finishing and Sealing Gaps – Learn How to Seal Gaps Around Conduit Fittings with Caulk or Putty

For those planning to install conduit fittings under a concrete slab, finishing and sealing the gaps is an important step. By sealing these gaps with caulk or putty, you can protect the conduit from moisture damage that could potentially interfere with its function. But which type of sealant is best for your project? To make sure your conduit fittings have proper protection, it’s worth researching the differences between products like specialized jointing compounds and standard sealants. Learning about these materials — and taking time to properly apply them — will ensure that your installation project is successful and worry-free.

Installing conduit fittings under concrete slabs can be a tricky and time-consuming task, but with the right tools, patience, and endeavor, it can be a rewarding and successful endeavor. So make sure you do your research, follow the instructions closely, and take the necessary precautions – you’ll be sure to get a great result!

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Stamped Concrete Applications

It’s normal to look at your home or building and see something missing in it. The floors are too old-fashioned, the windows are out of date, and the walls just need replacing; there could be many things that are bothering you. Did you know that these problems can all be remedied when you take advantage of stamped concrete? This material allows you to add a personalized touch to concrete being used for home construction or renovation. Remember when you used to be able to put your handprints on recently-applied concrete, that’s how stamped concrete works, only better and more refined.

You can use stamped concrete for your walls. You can’t avoid seeing the walls of your home no matter how much you try. If it’s not something you would rather look at, then you really have no choice. But then again, you shouldn’t be the one to adjust when this day and age has offered you options such as stamped concrete. You can turn your walls more lively, add more color and decorations into it, or just basically replace your old walls without spending too much.

Stamped concrete involves pouring slab concrete for driveways, walkways, patios, and more, and then impressing both patterns and textures onto the concrete before it is fully dry. For many years, a lesser form of stamped concrete was often seen that merely duplicated patterns. If you are interested about stamped concrete, learn more about it at https://www.thespruce.com/stamped-concrete-definition-1821969.

Stamped concrete can provide you more beautiful and functional floors. One thing is for sure; you don’t just want a floor that looks great; you want one that’s safe to walk on as well. This would be a good idea when you have elderly family members living with you. With stamped concrete, you can have your floors customized for better traction and friction. That way it would be comfortable for you, or any of your loved ones, to step on.

The short answer is NO! Before I go any further I have to confess that I am a weekend warrior, and I love doing projects around the house. There isn’t much I won’t try to tackle myself, so making the statement that stamped concrete is NOT a DIY project doesn’t come lightly from my lips. To view the full article, simply follow this link.

Who doesn’t want a gorgeous looking pool? Well, you can make this happen by making use of stamped concrete. You see those fantastic pool decks you see in magazines? You can have those replicated, and even enhanced, in real life when you use this excellent product. Just make sure you hire the right workers and the best agency in town to collaborate with.

Additional reading:
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Slab Foundation
Pouring a Concrete Slab Foundation
Types of Footings
Pouring Concrete Foundation Walls
More on Concrete Foundations
Concrete Foundation Cracking

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Featured in Redfin

Check out the recent Redfin article we were featured in:

Are you looking to increase the value of your home in Huntington Beach? Then look no further! Whether you’re looking to sell in the near future or simply want to improve your living space with the right upgrades and features, you can boost your property value a boost with these home upgrades.

Read the full article here: 5 Home Remodeling Projects to Boost Your Property Value in Huntington Beach

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6 Important Facts About Concrete You Should Know

As a construction material, concrete has few equals. It’s strong, durable, and versatile, able to be used in a wide range of applications. If you’re planning on using concrete in your next project, here are some important facts you should know about this amazing material.

How It’s Made

This is one of the most common building materials used today and has been for centuries. It’s surprisingly simple to make – all you need is a mixture of material that includes sand, aggregates such as gravel or crushed rock, water, cement powder, and a few specialty additives. 

After combining all the components in varying proportions, the mixture will form a paste that can be poured into forms or molds to shape it into whatever form its intended use requires. It’s also important to be mindful of the concrete curing time and remain patient. This process is simply allowing the concrete to sit and harden over time while retaining moisture – typically a few days but in larger projects it could take several months. 

Pouring Concrete

This is an important part of the construction process that requires proper knowledge and skills to do it effectively. Concrete is composed of a mix of cement, sand or gravel, and water, so special attention should be paid when mixing it for optimal strength and durability. Proper curing techniques are also essential in order to give concrete the strength it needs to last a lifetime. But beyond making sure you’re following all the steps necessary to ensure the concrete is mixed and cured properly.

Types Of Concrete

Concrete is a versatile material used in countless applications, ranging from residential sidewalks and driveways to large-scale industrial construction projects. Understanding the different types of concrete available can help you choose the right solution for your project:

• Ready-mix concrete
• Precast 
• Flowable 

Each option has advantages and drawbacks, so it pays off to do your research before committing to one type of concrete or another.

Common Uses 

Concrete is the world’s most widely used construction material, and that means there are countless applications for it. Here are some common uses: 

• building foundation
• sidewalks
• driveways
• roads
• bridges
• homes
• Buildings

Concrete is an incredibly versatile and durable material that, with proper maintenance, can last for generations — even centuries — to come. 

Coloring And Texturing 

When it comes to coloring and texturing concrete, the options are as varied as your imagination! With modern technologies like reactive concrete stains, your choices range from subtle marbling to vibrant blends of color. Acid-based stains are another popular option for creating designs that range from delicate mottling to a solid and alluring patina. Alternatively, you can achieve the classic look of slate or stone by using a sandblasting technique. 

It’s Porous

Concrete may be strong and lasting, but it is also considerably porous. This material is naturally absorbent. That means moisture can enter through the pores of the concrete and create a damp environment conducive to mold growth. Additionally, if there’s a crack in the concrete surface, water, and other liquids can seep through and cause staining or damage to the underlying material.

In conclusion, it’s clear to see the numerous advantages of concrete and its incredible versatility. From how it’s made and poured to the diverse types, common uses, and ways to color and texture, there are countless opportunities for utilizing concrete for construction projects of all sizes. Moreover, understanding that concrete is indeed porous helps one understand why proper sealing of concrete surfaces is so important – before making any final design decisions. Through further research and exploration into this fascinating material, you can begin to create an exciting project using it in a new way!

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