Which is better raised foundation or slab
Which is better raised foundation or slab There are two types of foundations that you have to consider when building a home. The first is the “raised” floor, a framework created around the exterior of the building on which it has a nailed sill or base plate, and then they build the house on top. Most older homes were constructed with crawl spaces and with elevated floors, up to the early 70s. For all but the oldest homes have large lag-bolts to hold the house firmly attached to the foundation. Today, however, it is very heavy and costly to excavate the space inside the footings, set forms for the footings, and create the raised bottom. Builders, therefore, favor the concrete slab foundation, which is both quicker to build and easier to build. Many developers are setting down “application lines,” such as water lines and cables, into the base. Most of the time, everything is good, but if the house is exposed to insufficient drainage and “heating” happens, all the pipes in the slab may be disabled, and the only way to fix it is to jackhammer through the paver section to get to the service line. It’s not always the case, but it can be really expensive to repair when it does. Homeowners with slab foundations must be vigilant in ensuring that water drainage in and around the home is always “good,” meaning it leads away from the house. Well-made raised stem floors, like those used for crawl spaces, tend to settle relatively uniformly over time, while slabs are prone to settling and cracking incoherently. It depends on where you live which form of base you need to decide. When you’re in an incredibly wet spot, slabs are safer, but they will lift the block on around one foot of fill. Slab base also offers greater house stability. If you see a slanted building, then there is a major problem with the base. When you preview houses, look at the structure and the foundation. Professionals should search for any cracks or inclined areas. Call in a consultant for testing if in doubt. Pros of a Raised Foundation Raised foundation homes can shift even with their deeper footings, so maintaining drainage around the raised foundation is equally critical. But, you will also have better access to all utilities— water pipes, electrical lines, and heating/ventilation. The only thing you’ll find in an older home is sometimes “expansion cracks” in the drywall across the door tops and at home corners. The explanation for this is, of course, that the building is shifting ever so slightly, and drywall cracks will appear over time. The elevated houses are evidently easier than concrete slabs to walk and stand on. Although it may be easier to clean a concrete slab in areas such as the kitchen, office, or bathroom, it is also tougher on the body. If you live in an environment prone to flooding, you will be paying less premiums for an elevated floor structure. The elevated floors are cooler than slabbed surfaces. Concrete appears to stay cold. When the concrete slab is on the ground, it will also continue to suck up moisture into the home and become a persistent mold source. This mildew, if unchecked, can be very dangerous and expensive. Raised floors make it much easier for the homeowners to move plumbing than with a concrete foundation. Pipes are in stone set into concrete slabs. Plumbing allows the concrete floor to be teared up and re-poured to move a kitchen sink or toilet. You’ll get quick access to all your pipes with a raised board. Pros of a Slab Some of a paving stone’s benefits include low maintenance. When a concrete floor is poured and completed it is practically trouble-free. If sealed, there is not a whole lot of stuff going to penetrate the lock. Dropping objects onto the concrete would damage the object even more. Don’t put your phone down on a concrete board! It’s a really easy repair if the concrete gets hurt. For a look like wood, brick or tile, you can paint or stain concrete. To protect your home from the winter months, heating elements may be built in concrete. Concrete may also be tiled, carpeted or even painted in a number of colors, once laid. A slab has options for style, for those who think this is significant. Conclusion There are many factors that need to be weighed when it comes to slab vs. raised foundations. One of the most significant factors is the environment in which you, for example, can do better in the way of safety if you live in an area vulnerable to earthquakes. That is the same explanation if you’ve lived in flood-prone areas. But if you’re in an environment that’s susceptible to molding, you may want to go for a dice. Need a Second Opinion on Your Concrete Foundation? We’re here to fix your home’s foundation, no matter what problem may exist. We have the specialized equipment, services and professional experience that you need to make permanent improvements to your building’s foundation. To get you started on the right foot, we would be happy to give you a free quote for the repair of the foundation. When you reach out by phone or email we will have one of our foundation experts answer any questions you have and explain how we can restore integrity and structural stability to your home or company building permanently. Successful concrete projects require careful planning and thorough preparation. Spaulding Concrete reviews the site and designs to ensure that the concrete and base structure follows the criteria for the planned use and that the layout and finishes are suitable for the project. The qualified concrete experts at Spaulding Concrete will be on schedule, on budget and meet or exceed standards by careful planning, professional execution, and strict quality control. To schedule your free quote, call or email us today! We are proud to serve Orinda, Lafayette, Moraga, Pleasant
Do Slab foundations on new homes settle
Do slab foundations on new homes settle Eventually, any homeowner in Florida will face the settlement of their base. Most homes and multi-story buildings in Florida are built on a concrete slab. This is due to the groundwater table, which is the water beneath the land. Setting is the product of the downward force of gravity on physical objects. A certain amount of movement and settlement is normal; however, if there is too much, severe fundamental problems which arise. What is Foundation Settling? As you can see, the warning signs listed above suggest that your concrete slab is experiencing something more than a normal settlement. While it’s necessary to keep up with minor cracks and home repairs due to normal sedation, if these symptoms start to get worse over time, it’s time to call a professional and have them access to your foundation damage. The best solution to the problems of foundation in the State of Florida is a soil remediation business. Soil remediation companies are specialized in the strengthening of the soil and in the repair of concrete slabs in secure and stable environments. The longer you wait to rebuild your base, the more issues you’re going to have, and there’s no doubt that it will cost you more in the end. Foundation Settlement is a term used to describe how the foundation naturally evolves over time. Climate and time are the two primary causes of settlement. If the year passes, new homes and multi-story buildings in Florida will slowly fall into the earth. How far a slab settles depends on the environment and the nature of the soil on which it is constructed. An engineer or concrete contractor familiar with local soil in different parts of Florida will reliably predict how much a concrete slab may settle in that specific area over time. Compensation ratios can then be applied to the slab construction. If some soil conditions require structural support before construction starts, the soil remediation company will be called upon to restore and improve the soil. In the other hand, if a new building is constructed in improper soil or under extreme weather conditions, a new house may be subject to significant settlement within five years or less. This usually happens when a new house is constructed during a drought, and heavy rainfall happens after the building has been constructed. When this happens, the clay soil will grow, and the buildings built on the slab will undergo some sort of settlement. If another drought soon occurs, the clay will recede; thus, it will trigger a few inches of settlement within weeks or months. It’s very natural to see some kind of settlement within a few years of building a home. A slab which settles a few inches is common as long as the settlement is evenly distributed. The reality is that soil contraction and expansion can not be controlled; however, the consistency of soil construction can be preserved in normal variations. Initial settlement is common, but continuing settlement can trigger problems with the base. What You Need to Know About Buying a House on a Concrete Slab? Some houses don’t have a basement or crawl space beneath them, instead they’re simply constructed on a concrete slab – either because the house sits on a bedrock or on a high water table. At one time, all the concrete is poured on the ground. Some foundations have post-tension cables or are strengthened with steel rods called rebars so that the slab can support the weight of the building. The house is then designed on top of this concrete foundation. Slab foundations are more common in southern states with warm climates, where the soil is less likely to freeze and the foundation cracks. Here’s a peek at the pros and cons that come with the base of the slab. Is Foundation Settling a Major Problem? For the average Florida homeowner, deciding if structural problems and fractures are a direct product of a foundation settlement or a foundation problem can be a lot harder than the untrained eye might seem. There are some circumstances where there is no need to be alarmed; however, there are circumstances where urgent action is required. In most cases , the average homeowner would not be able to notice the foundation’s settlement. Chances are, they’ll find tiny cracks that don’t expand over time and can be quickly fixed. If this is the case, there is no need to worry; however, if any of the following warning signs are present, you should contact the soil remediation company immediately to fix and strengthen your slab before major problems arise, such as total collapse of the base. Are You Looking for a Company to Build a Foundation for Your New Home? Spaulding Concrete has been the SF Bay Area’s top foundation builders for over 30 years. We’re here to fix your home’s foundation, no matter what problem may exist. We have the specialized equipment, services and professional experience that you need to make permanent improvements to your building’s foundation. To get you started on the right foot, we would be happy to give you a free quote for the repair of the foundation. When you reach out by phone or email we will have one of our foundation experts answer any questions you have and explain how we can restore integrity and structural stability to your home or company building permanently. Successful concrete projects require careful planning and thorough preparation. Spaulding Concrete reviews the site and designs to ensure that the concrete and base structure follows the criteria for the planned use and that the layout and finishes are suitable for the project. The qualified concrete experts at Spaulding Concrete will be on schedule, on budget and meet or exceed standards by careful planning, professional execution, and strict quality control. To schedule your free quote, contact us today! We are proud to serve Orinda, Lafayette, Moraga, Pleasant Hill, Concord, Martinez, Pittsburg, Antioch, Brentwood and the surrounding areas. Articles you
What is the best low maintenance driveway
What is the best low maintenance driveway As a homeowner, you certainly don’t want to have to do any repairs on your driveway. Your driveway is meant to be a solid, long-lasting location where you can park your cars and forget about them. However, for many homeowners around the United States, this is not the case. Depending on the material of your driveway, the kind of traffic it gets, the surrounding conditions, temperature changes, and other factors, your driveway will end up getting a lot of violence in a short period of time. This means you’ll have to spend money on repairs several times over the life of your driveway, which can be expensive, particularly if it’s concrete or asphalt. When it comes to low-maintenance driveways, there are plenty of choices available. Let’s break down some of the most common styles of low-maintenance driveways on the market today whether you’re looking to install a new driveway or repair an old one: Permeable Pavers Permeable Pavers are the least expensive and need the least amount of upkeep. This isn’t to say that they’re the cheapest driveway content available. They are manufactured in the United States from 100% post-consumer recycled plastic and are considered to outlast both asphalt and concrete. They take virtually no upkeep and can last as long as a paved stone driveway because they are made of plastic and can be packed with grass or gravel. They are much less difficult to mount than paving stones, but they can be used in conjunction with paving stones, concrete, asphalt, plain grass, or almost any other substance. Concrete Grass Pavers Your driveway can benefit from an interlocking concrete grass paver driveway. Grass pavers are made up of small square holes from which you can see the underlying grass or dirt, allowing water to flow freely. This is an environmentally conscious feature that keeps your driveway from overflowing and keeps your nearby water supplies from being contaminated by excess drainage from heavy rain. These types of interlocking concrete grass pavers can be pricey, and they do require some time and effort to mount. One of the most significant disadvantages of grass pavers is that, since the gaps in the concrete allow water to flow through, they also allow weeds and other bothersome plants to grow. They clog quickly and the grass becomes choked and dies. This raises the amount of upkeep needed for a grass concrete paver driveway since weeds would need pruning or repeated reseeding. Paving Stones Paving stones can last up to a century if properly installed. A paving stone driveway has numerous other advantages, particularly when combined with permeable paving. Paving stone driveways are usually imported from various quarries around the world, making them much more environmentally conscious than asphalt and concrete. Concrete or any kind of permeable substance may be used between the stones in a paving stone driveway. Both models will last a long time, but only driveways made of permeable material will be able to meet drainage requirements. If you live in a place where there is a lot of snow and ice, you can even get a heating system built under your paving stone driveway. One of the most significant disadvantages of a paving stone driveway is the time and commitment required to build it. You’ll be paying someone else a lot of money to do all the hard work for you if you don’t do it yourself. Imprinted Concrete Driveways As opposed to anything like block paving, imprinted concrete driveways need relatively little upkeep and have a big advantage that weeds are very difficult to spread through. This is because, contrary to what the name implies, there are no holes or cracks for the weeds to break into. Instead, concrete is laid and so a pattern is imprinted on it until it dries. Driveways coated in resin Resin-bound driveways are another perfect example of low-maintenance driveways, and weeds should not be a concern as long as the surface is kept clear. To keep the floor looking great, all you have to do is a jet wash or hose it down and sweep it. Resin-bound driveways are suitable for areas that are on an incline but also want a gravelly appearance. They’re a perfect alternative to tarmac, blocks, slabs, and concrete pavement, and bonded gravel’s natural texture makes it suitable for non-slip and anti-skid applications. Another benefit is that, in dry conditions, there isn’t the problem of dust being stirred up by drivers, as is popular with gravel driveways. Are You Looking for Help Building a Concrete Driveway, Addition, or Extension for Your Home? Spaulding Concrete has been the San Francisco Bay Area’s top concrete contractor for over 30 years. We have been serving our community with driveway extensions and additions, flat surface concrete installation for sidewalks, city bike paths, commercial floors, parking lots, RV pads, steps, curbs, and gutters. We specialize in the completion of our projects in an effective, timely and reasonable manner. The qualified concrete experts at Spaulding Concrete will be on schedule, on budget, and meet or exceed standards by careful planning, professional execution, and strict quality control. To schedule your free quote, contact us today! We are proud to serve Alameda and Contra Costa County and the surrounding areas. Frequently Asked Questions 1. What are the common uses of concrete in construction? Concrete is used for foundations, exterior surfaces, superstructures, floors, wastewater facilities, and parking structures, providing strength, durability, and versatility. 2. What factors contribute to concrete quality? The quality of concrete is influenced by factors like accurate placement, mix design, consolidation, and correct material specifications. Monitoring strength over time is also critical. 3. How does concrete compare to mortar? While both are made from similar components, concrete is stronger and can handle greater stresses, making it more suitable for larger and more complex structures. 4. What types of concrete are used in construction? Pervious concrete and prestressed concrete are two notable types. Pervious concrete helps manage water runoff, while prestressed
How Many Types of Concrete Slab Foundations Are There?
How Many Types of Concrete Slab Foundations Are There? Have you ever had a home built or renovated? If so, you’re likely familiar with concrete slab foundations. Concrete slab foundations have been used for centuries as a sturdy, reliable way to support buildings. But did you know that there are several different types of concrete slab foundations? In this blog post, we’ll take a look at the different types of slabs and discuss their pros and cons. Stay tuned! The 4 Different Types of Concrete Slab Foundations 1. Monolithic Concrete Slab Foundation About the monolithic concrete slab foundation – it’s made from a single piece of concrete, poured all at once. The advantage of this type of foundation is that it’s very strong and stable. However, one potential downside is that if there are any cracks in the concrete, they can’t be easily repaired. Therefore, it’s important to make sure the concrete is properly mixed and poured so that there are no weak spots. Additionally, this type of foundation can be more expensive than other types, such as a pier and beam foundation. But overall, the monolithic concrete slab foundation is a great option for many homes. 2. Post-Tensioned Concrete Slab Foundation A post-tensioned concrete slab foundation is similar to a monolithic slab, except that it’s reinforced with steel cables or rods. These cables or rods are tensioned after the concrete has been poured, providing extra strength and stability. The use of post-tensioning dates back to the early 20th century, but it was not widely used until the 1950s. Post-tensioning offers many advantages over traditional reinforcement methods, including increased resistance to cracking, better load-bearing capacity, and reduced shrinkage. 3. Floating Concrete Slab Foundation Floating concrete slab foundations are a type of foundation that’s not attached to the ground. Instead, it rests on piers or posts, which provide support. This type of foundation is often used in areas where the soil is unstable or prone to shifting. Floating concrete slab foundations are also sometimes called “pier and beam” foundations. They’re made by pouring a concrete slab on top of piers or posts. The piers or posts can be made of wood, metal, or concrete. The main advantage of a floating concrete slab foundation is that it’s less likely to crack than a traditional foundation. That’s because it doesn’t have to bear the weight of the house. Instead, the weight is borne by the piers or posts. Floating concrete slab foundations are also easier to repair than traditional foundations. If one pier or post moves, it can be fixed without affecting the rest of the foundation. However, floating concrete slab foundations can be more expensive than traditional foundations because they require more materials and labor. But in the long run, they may be worth the investment. 4. Stem Wall Concrete Slab Foundation This type of foundation is built on top of a concrete stem wall, which helps to stabilize the structure and prevent shifting. This is especially important in areas where the soil is very unstable or there is a high water table. The concrete stem wall also helps to resist moisture and pests, making it an ideal choice for homes in these difficult climates. In addition, a stem wall concrete slab foundation provides excellent support for heavy loads, making it an ideal choice for homes with large families or for those who entertain frequently. With its many benefits, it’s no wonder that this type of foundation is becoming increasingly popular. So, how many types of concrete slab foundations are there? As you can see, the answer is a little more complicated than you might think. There are a few different types of foundation systems that use slabs of concrete as the main support structure. If you’re considering having a new home or commercial building built, it’s important to understand the differences between these systems so you can choose the right one for your needs. But don’t worry – we’re here to help. Give us a call today and let us walk you through your options. Are You Looking for a Company to Build a Foundation for Your New Home? Spaulding Concrete has been the SF Bay Area’s top foundation builders for over 30 years. We’re here to fix your home’s foundation, no matter what problem may exist. We have the specialized equipment, services, and professional experience that you need to make permanent improvements to your building’s foundation. To get you started on the right foot, we would be happy to give you a free quote for the repair of the foundation. When you reach out by phone or email we will have one of our foundation experts answer any questions you have and explain how we can restore integrity and structural stability to your home or company building permanently. Successful concrete projects require careful planning and thorough preparation. Spaulding Concrete reviews the site and designs to ensure that the concrete and base structure follows the criteria for the planned use and that the layout and finishes are suitable for the project. The qualified concrete experts at Spaulding Concrete will be on schedule, on budget, and meet or exceed standards by careful planning, professional execution, and strict quality control. To schedule your free quote, contact us today! We are proud to serve Orinda, Lafayette, Moraga, Pleasant Hill, Concord, Martinez, Pittsburg, Antioch, Brentwood, and the surrounding areas. 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5 Differences Between Slab And Slab On Grade Foundations
5 Differences Between Slab And Slab On Grade Foundations There are many different types of foundation systems that can be used for a home or business. Two of the most common are slab and slab on grade foundations. In this blog post, we will discuss the five main differences between these two types of foundations. Keep reading to learn more! What Is A Slab Foundation? A slab foundation is a type of foundation that is built by pouring concrete onto a level surface. This concrete is then left to cure, or harden. Once it has cured, the slab will be one continuous piece that supports the weight of the structure above it. What Is A Slab On Grade Foundation? A slab on grade foundation is similar to a slab foundation, but there is an additional layer of concrete that is poured on top of the ground before the main slab is poured. This layer of concrete is called a grade beam. The grade beam helps to distribute the weight of the structure more evenly and prevents the slab from cracking. Now that we have covered the basics, let’s get into the differences. Here are the five differences between the two foundations: Difference #1: Cost There are several reasons why slab foundation is less expensive than slab on grade foundation. First, slab foundation does not require as much concrete. Additionally, slab foundation does not require a vapor barrier or insulation, which can further reduce costs. Finally, since slab foundation is typically thinner than slab on grade foundation, it requires less labor to install. These cost savings can add up, making slab foundation a more affordable option for many homeowners. Difference #2: Thickness Slab on grade foundations are typically thicker than slab foundations. There are a few reasons for this. First, slab on grade foundations are typically used in areas with higher soil loads, such as those near bodies of water or in highly marshy areas. The extra thickness helps to distribute the weight of the structure more evenly and prevents the foundation from settling unevenly. Additionally, slab on grade foundations are often used in areas with higher temperatures, as the extra thickness helps to insulate the structure from the heat. Finally, slab on grade foundations are typically used in structures that are subject to high levels of vibration, such as factories or warehouses. The extra thickness helps to absorb some of the vibration and prevent it from damaging the structure. Difference #3: Strength Slab on grade foundations are typically stronger than slab foundations. First reason is that the soil underneath a slab on grade foundation is less likely to settle over time than the soil underneath a slab foundation. Second, the weight of the house is evenly distributed over the entire surface of the slab on grade foundation, whereas with a slab foundation there is often a heavier concentration of weight around the perimeter. Finally, slab on grade foundations typically have more reinforcement than slab foundations, which further increases their strength and stability. Difference #4: Settlement Slab on grade foundations are less likely to settle than slab foundations.Slab on grade foundations are typically wider than slab foundations, which gives them a greater area of contact with the ground. This increased contact area helps to distribute the weight of the building more evenly, which reduces the likelihood of settlement. In addition, slab on grade foundations are usually constructed with a concrete base that is thicker than the concrete used for slab foundations. This increased thickness helps to provide greater support for the weight of the building, which again reduces the likelihood of settlement. Finally, slab on grade foundations are typically constructed with reinforcement bars (rebar) that help to further increase their strength and stability. All of these factors together make slab on grade foundations much less likely to settle than slab foundations. Difference #5: Waterproofing Slab on grade foundations are easier to waterproof than slab foundations because they are built on top of a concrete slab. This means that there is less chance for water to seep through the foundation and into the home. Additionally, slab on grade foundations have a smooth surface which makes it easier to apply waterproofing materials. Finally, these types of foundations are less likely to crack, which can also lead to water infiltration. Now that you know the five differences between slab and slab on grade foundations, you can make an informed decision about which type of foundation is right for your home or business. If you have any questions about these types of foundations, or any other type of foundation, please contact a licensed foundation contractor in your area. Are You Looking For A Company To Build A Foundation For Your New Home? Spaulding Concrete has been the SF Bay Area’s top foundation builders for over 30 years. We’re here to fix your home’s foundation, no matter what problem may exist. We have the specialized equipment, services and professional experience that you need to make permanent improvements to your building’s foundation. To get you started on the right foot, we would be happy to give you a free quote for the repair of the foundation. When you reach out by phone or email we will have one of our foundation experts answer any questions you have and explain how we can restore integrity and structural stability to your home or company building permanently. Successful concrete projects require careful planning and thorough preparation. Spaulding Concrete reviews the site and designs to ensure that the concrete and base structure follows the criteria for the planned use and that the layout and finishes are suitable for the project. The qualified concrete experts at Spaulding Concrete will be on schedule, on budget and meet or exceed standards by careful planning, professional execution, and strict quality control. To schedule your free quote, contact us today! We are proud to serve Orinda, Lafayette, Moraga, Pleasant Hill, Concord, Martinez, Pittsburg, Antioch, Brentwood and the surrounding areas. Articles you may like Top 10
How long does a concrete foundation last
How long does a concrete foundation last Life Expectancy of Home Components One way to plan for the expense of owning a house beyond mortgage payments, insurance and taxes is to know the life expectancy required of the components of your house. This awareness does not supersede a home inspector’s use when buying a house, new or old, but it will help you build a savings plan to brace you for the inevitable. Sooner or later you’ll need to fix or rebuild all of the pieces of your house— inside and out. Knowledge of life expectancies of components is what homeowner associations use to create, in part, a contingency fund intended to spread the eventual costs over time. If the roof goes out, the appliances conk out, or the paint starts to rust, it’s much easier to get the cash if you’ve got any socked away for just one rainy day. Last year, the National Association of Home Builders, along with the Bank of America developed the “NAHB/BoA Home Equity Study of Life Expectancy of Home Components” to help you take the guesswork out of preparing for the worst. The study suggests that you use the timelines as a general guideline. Local weather conditions, use patterns, routine maintenance— or lack of it— all can influence many components’ life expectancy. Personal preferences for contemporary improvements need for remodeling and other considerations can also dictate replacing parts before their useful lifetime is finished. In any event, NAHB established knowledge about the durability of housing components based on a detailed telephone survey of manufacturers, trade groups, and researchers. From the base up to the rooftop, here’s a brief look at how long some of the most popular home components are supposed to last on a national average. Foundations. Poured concrete block bases and slab foundations will last for a lifetime, 80 to 100 years or more, given they have been constructed with precision. The termite proofing of the base, 12 years, provided the chemical barriers remain intact. Properly installed waterproofing with bituminous coating should last 10 years. Flooring. Through due treatment, the natural wood flooring has a life expectancy of 100 years or more. Similarly stone, slate, and granite, yet again, only with proper care. Vinyl floors wear out in fifty years, linoleum in twenty-five years, and tops carpet about eight and ten. Electrical system. Copper plated tubing, copper-coated brass, and bare copper cabling are designed to last a lifetime in the electrical system, while electrical appliances and lighting controls are expected to fail no more than 10 years. Outside materials. Things outside normally last for a lifetime. Brick, glass, wood-built, stone (both natural and manufactured), and cement fiber usually last as long as the house is in existence. Outside wood shutters get 20 years, well maintained gutters, 50 if steel, 20 years if aluminum. Copper downspouts last for the longest period of time, 100 years or more, while aluminum downspouts give up after 30 years. Doors. Exterior fiberglass, steel, and wooden doors will last as long as the house lives, while vinyl and screen doors have 20 and 40 years of life expectancy, respectively. Closet doors are supposed to last a lifetime, and French doors have a 30 to 50 year average life period. Windows. Wooden windows last longer than aluminum ones — 30 years compared to only 15 or 20. HVAC systems. Heating, ventilation, and air-conditioning systems require a religious maintenance regime. However, most components surrender within 25 years. Furnaces break down in 15 to 20 years, 16-year heat pumps and 10 to 15-year air conditioning systems. Tankless water heaters will go for 20 years or more but only 10 years of electric or gas water heaters. Thermostats have a lifetime of 35 years but are frequently substituted for more powerful ones. Appliances. The life expectancies of devices are largely dependent on how often they are used but are usually replaced long before they are finished. Gas ranges live 15 years among major appliances, dryers and refrigerators die at 13, compactors, dishwashers and microwave ovens will last until they are 9 years old. Roofing. The life of a roof depends primarily on local environmental conditions, proper construction and design, quality of materials and sufficient maintenance. The longest life expectancy for slate, iron, and clay / concrete roofs is 50 years or more. Timber shake roofs, go 30 years, cement fiber shingles last 25 years, asphalt shingles give up at 20 years. Need a Second Opinion on Your Concrete Foundation? We’re here to fix your home’s foundation, no matter what problem may exist. We have the specialized equipment, services and professional experience that you need to make permanent improvements to your building’s foundation. To get you started on the right foot, we would be happy to give you a free quote for the repair of the foundation. When you reach out by phone or email we will have one of our foundation experts answer any questions you have and explain how we can restore integrity and structural stability to your home or company building permanently. Successful concrete projects require careful planning and thorough preparation. Spaulding Concrete reviews the site and designs to ensure that the concrete and base structure follows the criteria for the planned use and that the layout and finishes are suitable for the project. The qualified concrete experts at Spaulding Concrete will be on schedule, on budget and meet or exceed standards by careful planning, professional execution, and strict quality control. To schedule your free quote, call or email us today! We are proud to serve Orinda, Lafayette, Moraga, Pleasant Hill, Concord, Martinez, Pittsburg, Antioch, Brentwood and the surrounding areas. Articles you may like Which Are Cheaper, Concrete Walls Or Block Walls? Which Are Cheaper, Concrete Walls Or Block Walls? We all… Why Are Concrete Foundations Important? (And 10 Other Frequently Asked Questions) Why Are Concrete Foundations Important? Concrete foundations are used in most… What Are Commercial Concrete Contractors? What Are
Do I Need To Build A Concrete Footing For My Retaining Wall?
Do I Need To Build A Concrete Footing For My Retaining Wall? Do you have any hills, dips, or inclines in your yard? Then you almost certainly have a retaining wall on your house. Retaining walls are used to keep back soil that would otherwise erode or crumble. They can be seen anywhere from highway building to landscaping. Retaining walls are typically used to keep soil stable in elevated yard features, but they may also be used to plant tiered gardens on a sloped area of the yard, monitor erosion on an incline, or build an elevated sitting area. Here’s what you need to know about the supporting structures if you’re trying to create a retaining wall. Concrete retaining wall footing size The width of the base slab from the top to the bottom should be held to a minimum of two feet. It should, however, always be below the seasonal frost line, which in northern climates is sometimes much lower. The length of the base slab is normally between 50 and 70 percent of the wall’s total height (bottom of base to top of stem). The stem thickness at the base of cantilever and counterfort walls is always around 10% of the total wall height, as is the base slab thickness. Counterfort retaining walls have counterforts spaced at 30 percent to 70 percent of the total wall height from center to center. A footing key may be used in some cases to increase resistance to sliding. The footing key is an extension of the stem that reaches below the base’s bottom. Foundation on Retaining Walls A gravel-filled trench makes a good foundation for a short, step-back retaining wall with three to five courses (each layer of blocks is referred to as a “course”). For larger retaining walls, a buried structural footing is typically needed. A landscaper pours concrete below the frost line to achieve this (the depth to which the ground will freeze during the winter). If moisture in the soil freezes and heaves, footings poured too shallowly are vulnerable to shifting and moving. Since frost levels differ by area, check with your local building authority for specifics before constructing a wide retaining wall. Tips for DIY Retaining Walls Bury the bottom portion of a retaining wall to prevent the bottom row of blocks from pushing outward. The general rule is to bury approximately one-eighth of the wall’s height. If your wall will be three feet tall (36 inches), the first course of blocks should be placed five inches below the soil level. Three inches below this, the gravel base should begin. Choose a material that is easy to work with. Wall blocks are your best bet if you don’t have any structural support experience. They’re also readily available in most home improvement stores. Make sure the first course of blocks is completely level for the best results. Your whole finished wall would be off-kilter if it’s unbalanced. Are You Looking for a Company to Build Concrete Retaining Walls for Your Home? Spaulding Concrete has been the SF Bay Area’s top Concrete Retaining Wall Builder for over 30 years. We’re here to build your home’s retaining walls that will last a lifetime, no matter where they need to be placed. We have the specialized equipment, services and professional experience that you need to make permanent improvements to your landscaping. To get you started on the right foot, we would be happy to give you a free quote for your retaining walls. When you reach out by phone or email we will have one of our experts answer any questions you have and explain how we can restore integrity and structural stability to your home or landscape permanently. The qualified concrete experts at Spaulding Concrete will be on schedule, on budget and meet or exceed standards by careful planning, professional execution, and strict quality control. To schedule your free quote, contact us today! We are proud to serve Orinda, Lafayette, Moraga, Pleasant Hill, Concord, Martinez, Pittsburg, Antioch, Brentwood and the surrounding areas. Articles you may like How to Find the Best Concrete Contractor Near Me How to Find the Best Concrete Contractor Near Me Are… Hidden Gems of Martinez, California John Muir National Historic Site The John Muir House was… Decorative Concrete 101: All the Basics You Need to Know Decorative Concrete 101: All the Basics You Need to Know… Do I Need To Build A Concrete Footing For My Retaining Wall? Do I Need To Build A Concrete Footing For My… Load More
Can you put a topcoat over a concrete driveway?
can you put a topcoat over a concrete driveway A new concrete or asphalt driveway looks amazing, but over time, it will produce cracks, gaps, and a weathered appearance due to the relentless pounding it receives from Mother Nature. A topcoat will restore the appearance of any driveway, whether it is made of concrete or asphalt. You’ll need to find another place to park for two days while you prep the surface and add the topcoat, so once it’s done, you’ll have a fresh, attractive driveway that will enhance the appearance of your home. You recognize the value of preserving your house, including your driveway, as a homeowner. Keeping your driveway in good shape isn’t always easy. You must know when it is time to coat it or get it repaved. So when is it appropriate to do so? And how do you keep a driveway in good order and manage it? Here are steps on how to put a top coat over a concrete driveway: Apply degreaser to any oil stains on the driveway and clean with a long-handled scrub brush to work the degreaser into the spot. Allow the degreaser to operate on the spot for the period specified on the package before pressure washing it. Repeat the degreasing process until the leakage seems to be transparent if any sticky discharge appears in the spray when it drains from the pressure washing. Using a masonry chisel and hammer, locate and destroy any loose concrete parts. Sweep up and discard any debris produced by the chipping in the hole. Using a masonry trowel, fill a 5-gallon bucket with enough pre-mixed concrete patch to fill the void. Cover the hole and trowel the top of the patch smoothly to complement the surrounding asphalt, following the manufacturer’s mixing and application instructions on the kit. Once the concrete has been pressure washed and patched, let it dry overnight. Then, in the middle of the lane, pour a concrete-bonding agent and spread an even coating over the entire concrete surface with a paint roller with an extension stick. Before sealing the entire driveway, add more bonding agents to places that seem to be a little weak. Allow for full dryness of the concrete bonding agent. Then, using a floor squeegee, apply a gallon of concrete topcoat from a 5-gallon bucket to the driveway and spread it uniformly and thoroughly. As required, apply more topcoat to ensure an even coat over the entire driveway. Allow the topcoat to dry according to the label’s instructions before applying a second topcoat and, if necessary, a third coat. Allow the final layer of topcoat to dry completely before covering the driveway with a roll of heavy-duty plastic to shield it as it cures. Cover the driveway for 48 hours before using it as normal. Are You Looking for Help Building a Concrete Driveway, Addition, or Extension for Your Home? Spaulding Concrete has been the San Francisco Bay Area’s top concrete contractor for over 30 years. We have been serving our community with driveway extensions and additions, flat surface concrete installation for sidewalks, city bike paths, commercial floors, parking lots, RV pads, steps, curbs, and gutters. We specialize in the completion of our projects in an effective, timely and reasonable manner. The qualified concrete experts at Spaulding Concrete will be on schedule, on budget, and meet or exceed standards by careful planning, professional execution, and strict quality control. To schedule your free quote, contact us today! We are proud to serve Alameda and Contra Costa County and the surrounding areas. Articles you may like Explore and Learn about Walnut Creek, California Explore and Learn about Walnut Creek, California Walnut Creek is… How Does a Contractor Build The Best Concrete Slab Foundation? How Does a Contractor Build The Best Concrete Slab Foundation?… Ruth Bancroft Garden Ruth Bancroft Garden 1552 Bancroft Rd, Walnut Creek, CA 94598,… 5 quick tips about hiring a concrete contractor 5 quick tips about hiring a concrete contractor Do you… Load More
Which Are Cheaper, Concrete Walls Or Block Walls?
Which Are Cheaper, Concrete Walls Or Block Walls? We all know that there are many different types of walls. There are block walls, concrete walls, and brick walls. But which one is the cheapest? Well, the answer to this question varies depending on what you want your wall to be made out of. For example, if you need a solid structure for preventing water from leaking in or an earthquake from happening then you may want to go with a concrete wall because they’re extremely strong and reliable. However, if you just need something for decoration then blocks would work just fine! You can also use them as foundations for homes or buildings too! Concrete walls are much more expensive than block walls, but they may last longer. The durability and longevity of your concrete wall will depend largely on how you treat it after construction is complete. Now that you know which is cheaper let’s find out the differences between concrete walls and block walls. Finding out the difference may help you decide too if going with the cheaper option would be better in the long run. Block Walls, The Cheaper Option There are many types of foundation walls, but which one is superior? Is it poured concrete or block? Homeowners have preferences for certain construction methods. Each type has its own set advantages and disadvantages depending on the situation you’re in as well as any other factors like budgeting constraints that may come up along your project timeline. The foundation of most homes from before 1970 is a cinder block. It’s not uncommon for this type of construction to withstand lots of compressions, which means it can handle heavy weights on top without too much trouble! Cinder blocks are good for people looking for a foundation wall that doesn’t need much maintenance Block foundations can withstand heavy weights without difficulty They’re less expensive than other types of foundations and last longer Big box stores sell pre-made cinder blocks that are simple to store and move. The poured concrete must first be prepared before use, but this saves money over buying materials from scratch – not having a truck drive off-site means cheaper labor costs! What Are The Downsides of Using Block Walls? One disadvantage of cinder block wall foundations is that they are more prone to collapsing and leaning. Collapsing and leaning can be caused by either faulty construction or lateral water pressure underground- depending on the amount of damage it might cost you quite a bit for repairs! Block walls are a great way to create the illusion of space in small, tight spaces. However, they do have their drawbacks like being more prone to water leaks and higher costs due to these multiple seams between each block that can soak up moisture from within making them susceptible for dampness which could cause costly repairs down the line as rot or mold growth. Expensive Poured Concrete, Is It Really? Poured concrete walls are undoubtedly stronger than cinder block barriers. They lack the joints present between blocks, and they have this one special type of junction called the cove joint which allows them to be more water-resistant because it’s not as susceptible to pressure from soil or ground-level forces as other types can sometimes become when under wet conditions for long periods of time. A poured wall, unlike a block wall, can be built on any base during construction. It is less likely to leak and cracks are rarer than with blocks which have seams that may cause leaks in years after installation due to its resistance to it beforehand- these were more prevalent when pouring concrete was crudely done without modern techniques and since most types come in various shapes and sizes, you’re guaranteed of not making an error by using this method. The Downside of Poured Concrete When you’re starting from scratch, poured concrete may be more expensive than block walls. It’s something to think about if your project is going on a tight budget and time doesn’t allow for pouring blocks in advance of construction job site visits. When you’re building your new home, the most important thing to consider is not just a strong and safe foundation. It’s also about making sure that this first step will be simple for anyone who wants in on it! Poured concrete walls are an excellent choice because they protect against problems such as water leaking or needing frequent repairs over time which can save homeowners money from having someone else fix things up at their house while still getting quality results when everything goes well with construction. Get a quote today by contacting us. We’ll help you find the cheapest solution for your needs, and we have decades of experience working with both concrete walls and block walls. Are You Looking for a Company to Build a Foundation for Your New Home? Spaulding Concrete has been the SF Bay Area’s top foundation builders for over 30 years. We’re here to fix your home’s foundation, no matter what problem may exist. We have the specialized equipment, services and professional experience that you need to make permanent improvements to your building’s foundation. To get you started on the right foot, we would be happy to give you a free quote for the repair of the foundation. When you reach out by phone or email we will have one of our foundation experts answer any questions you have and explain how we can restore integrity and structural stability to your home or company building permanently. Successful concrete projects require careful planning and thorough preparation. Spaulding Concrete reviews the site and designs to ensure that the concrete and base structure follows the criteria for the planned use and that the layout and finishes are suitable for the project. The qualified concrete experts at Spaulding Concrete will be on schedule, on budget and meet or exceed standards by careful planning, professional execution, and strict quality control. To schedule your free quote,
How Does a Contractor Build The Best Concrete Slab Foundation?
How Does a Contractor Build The Best Concrete Slab Foundation? Looking for Concrete Workers for Your Home Project? Concrete slab foundations have become a popular choice for home construction in recent years. Slab foundations are easy to build and offer many advantages over traditional foundation types. But how does a contractor go about building the best concrete slab foundation? In this blog post, we’ll take a look at the steps involved in constructing a slab foundation and some of the factors that contractors consider when laying down this type of foundation. Stay tuned! Step 1: Excavate the Site Excavating the site for your new foundation is an important first step. This process includes digging out any tree roots, removing any large rocks, and leveling off the area. It’s important to make sure that the excavation is at least two feet deep, and that the sides of the hole are sloped so that water will drain away from the foundation. This will help to ensure that your foundation is stable and will not be damaged by water or other elements. Once the excavation is complete, you can move on to the next step in the process. Step 2: Install the Forms After the excavation is complete, the next step is to install the forms. These are usually made of wood or metal, and they serve as a template for the shape of the foundation. The contractor will use stakes to secure the forms in place, and then they’ll fill them with concrete. Once the concrete has set, the forms can be removed and the foundation will be ready for use. This step is critical in ensuring that the foundation is structurally sound, so it’s important to make sure that it’s done correctly. Step 3: Install the Rebar The rebar is a critical part of the foundation, and it must be installed correctly. The contractor will start by tying the rebar together with wire, and then they’ll place it in the forms. They’ll make sure that the rebar is evenly spaced and that it’s at least eight inches from the edge of the forms. Once the rebar is in place, the contractor will pour concrete around it. This will help to reinforce the foundation and make sure that it’s strong enough to support the weight of the house. Step 4: Pour the Concrete The next step in the process is to pour the concrete. The forms should be in place before the concrete is poured, and they should be at least four inches thick. It’s important to make sure that the concrete is evenly distributed so that there are no weak spots. Once the concrete has been poured, the contractor will use a trowel to smooth it out. This will help to ensure that the surface is level and there are no rough edges. After the concrete has been smoothed, it will need to cure for at least 24 hours before any further work can be done. Step 5: Cure the Concrete After the concrete has been poured, it needs to be cured. This is a process that helps the concrete to set and harden properly. During the curing process, the concrete should be kept moist so that it doesn’t crack. This can be done by spraying it with water or covering it with plastic. Once the concrete has cured, the foundation will be ready for use. By taking the time to cure the concrete properly, you can ensure that your foundation will be strong and durable. Step 6: Waterproof the Slab The final step in the process is to waterproof the slab. This can be done by applying a sealant to the surface of the foundation. The sealant will help to prevent water from seeping into the concrete and causing damage. It’s important to apply the sealant evenly and to make sure that it’s given enough time to dry. By taking the time to waterproof your foundation, you can help to extend its life and keep it looking its best. Building a concrete slab foundation is a critical part of constructing a new home. By following these steps, you can be sure that your foundation will be strong and stable. If you’re unsure about any part of the process, it’s important to consult with a professional contractor. They’ll be able to help you ensure that your foundation is built correctly and will last for years to come. https://youtu.be/cdVLxZ_FHp8 Articles you may like All About Structural Concrete What Is Reinforced Concrete? Reinforced concrete (RC) (also known as… June 22, 2024 What Are Commercial Concrete Contractors? What Are Commercial Concrete Contractors? Commercial concrete contractors are specialized… July 19, 2024 5 Myths About Stamped Concrete You Probably Still Believe Why Are Concrete Foundations Important? If you’re like most people,… July 20, 2024 Find us on the Web Find us on the Web Click here Need a Stamped… June 22, 2024 Load More
