About Asphalt Chip Sealing
Asphalt Sealing, or sealcoating, is simply the process of laying a thin protective layer over asphalt-based pavement to give it a protective layer of protection against the elements: oil, water, and U.V. The positive effects of asphalt sealing have long been debated. Some claim that asphalt sealing increases the lifespan of the pavement, but again, there’s no evidence that backs up those claims. In fact, asphalt sealing can actually damage the pavement by creating cracks. The excessive water and oil that can be soaked into the asphalt also weaken its structural integrity. And, the chemical fumes emitted during asphalt sealing can also be harmful to humans.
With all of that in mind, it’s not surprising that a lot of business owners, when they set out to perform asphalt sealing, opt to go the non-per square foot route. For one thing, the costs are much lower, often no more than a few cents per square foot. And, the benefits of lower cost and improved performance are well-known. After all, if you want to save money, you want to reduce your operation costs, right?
But that brings us to our next question: Are asphalt sealing pads a good solution for parking lots, blacktop driveways, or other paved surfaces? As with any typical maintenance procedure, regular maintenance is the best way to reduce the cost of asphalt sealing. Sealing at least annually, will help keep dust, pollen, and other pollutants from making their way onto your paved surfaces. It will also help protect your driveway from water damage, as well as mold and algae growth, both of which cause a lot of problems to homeowners.
Now let’s take a look at how often you should reseal your asphalt surfaces, especially if you’re going to go the non-per square foot route. The key, again, is regular maintenance. And as it turns out, the best time to perform asphalt sealing and resealing is during the cold winter months. In fact, there’s even been some recent evidence suggesting that the best time for asphalt sealing and resealing is during the fall, when temperatures are quite low.
Why is that? It’s because fall is when most asphalt-based park finishes and protective coatings need to be applied. Asphalt-based park finishes are very weather-resistant, but that doesn’t mean that they’re impervious to the elements. In fact, the rainy spring weather can still cause problems, as can heavy snow, ice, and even dew. So, by applying the protective coatings only during the wet winter months, you’ll be doing your park and business no favors, and in the end, your asphalt sealing and resealing efforts will be wasted.
Here’s why: Asphalt seal coats are extremely dense. Think about asphalt sealing and resealing – it’s the same product, just in a different form. And, that means that you have to apply a lot less of it to achieve the same degree of protection. That’s why a lot of asphalt maintenance and repair companies (which specialize in asphalt sealing and resealing) will advise you to apply a minimum of three or four gallons of asphalt-base protectant per square foot of paved area. In other words, if you have a parking lot of ten thousand square feet, you’d want to apply three gallons per every twenty-five feet of paved area.
If you were to apply that kind of service to your own asphalt driveway, you could expect to pay anywhere from three to five dollars per square foot. Now consider that the average cost of asphalt sealing and resealing is only about two or three dollars per square foot. Multiply those two by the number of feet of asphalt you’re going to need to cover (per your parking lot, for example), and you quickly come to understand how much asphalt sealing and resealing would cost you. Applying the service yourself would cost you at least a thousand dollars or more. Not very appealing, I’d say.
But, don’t give up just yet – there are other ways to protect your asphalt driveway sealcoating and resealing investment, and they won’t cost you nearly as much, so don’t rule them out just yet. One of those ways is called flashings, which are like raised bumps along the edge of your driveway that will serve as an additional traction aid when you drive over it. The average cost of installing these would be about two hundred dollars, with the total installed cost running into the thousands. Another less expensive alternative is a thin film of asphalt seal coating that has a plastic protective layer between it and the ground, as opposed to flashing. It’s about as thick as standard asphalt, which would then have to be applied to your asphalt driveway sealcoating and resurfacing project in much the same way.
Chip Sealing Service
The first step in getting a Chip Sealing Service is to prepare the surface. Once the surface is prepared, it should be protected from traffic and other damage from all directions. A trained professional should also remove loose gravel before starting the sealing process, as these can damage the new surface. If you choose to have the sealers do the chip sealing process, be sure to hire a company that has experience and expertise in this area. The results will be worth the expense, and your car will look great for many years to come.
A chip sealing service can help you make your pavement look like new again. Chip seals are made from a combination of small stones and a specialized emulsion. When you use chip seals, they must be applied before the binder sets. Brooming too soon can ruin the new surface. Experts at GPM know the best practices to apply chip seals and can help you choose the right type of emulsion for your needs.
Slurry seal is a type of concrete application on roads. It is usually applied after chip seal has been installed on the road. A distributor truck applies a mixture of asphalt, aggregate, and filler on the surface of the road. A roller then embeds the chips in the pavement. Five days after applying chip seal, the street is swept to remove loose chips. Five days later, a slurry seal application is completed. The mixture is squeegeed by hand to achieve uniformity. In 1999, a typical slurry seal installation cost was $1.20/square yard. The lifespan of a chip seal treatment is four to six years.
To extend the life of fog seals, chip sealing service providers apply emulsified asphalt to roadways. Emulsifiers allow asphalt to remain in a liquid state and prevent excessive heating. This method is especially effective on larger roadway projects. However, the process has disadvantages, including the need for heavy equipment. Here are a few advantages of fog seals. Read on to learn more. This method is a great complement to chip sealing.
Slurry seal vs chip seal
Slurry seals are a good, economical alternative to chip-sealed roads. They can last longer than chip-sealed pavements and don't contain loose aggregate. Slurry seals can withstand turning traffic as well as straight-line traffic, but the difference between these two types of pavements lies in their application. Chip-sealed roads have a more uniform, smooth surface than slurry-sealed roads. Type I slurry contains about an eighth of an inch of aggregate and is typically used in low-wear areas where maximum crack penetration is needed.
Cost of chip seal
While asphalt repaving is a popular option for driveways, the price of chip seal is much less than for asphalt. This is because chip seal requires less material and is cheaper per square yard. However, the price varies considerably from driveway to driveway. Chip seal requires some setup costs, which are proportionate to the size of the job. However, because long, straight sections require less handwork, chip seal costs are much lower.
Maintenance of chip seal
Chip seal is a protective wearing surface that can be applied to new pavements. It can also be applied to aging pavements with surface distress. The chip sealing process slows the aging process of paved roads and reduces the need for frequent resurfacing. Although chip seals are relatively inexpensive, they can pose a few inconveniences to motorists. These may include dust, loose gravel, and one-way traffic. Travelers should also slow down while driving until the loose gravel is completely removed.
About Schaumburg, IL
Landkreis Schaumburg was created on August 1, 1977 within the framework of the Kreisreform (district reform) of Lower Saxony by combining the former districts of Schaumburg-Lippe and Grafschaft Schaumburg. The town of Hessisch Oldendorf was reallocated to Landkreis Hameln-Pyrmont. The communities of Großenheidorn, Idensermoor-Niengraben and Steinhude had already been allocated to the community of Wunsdorf and thereby became part of Landkreis Hanover.
The Landkreis Schaumburg essentially duplicates the borders of Schaumburg at the time of the Middle Ages. Schaumburg was a medieval county, which was founded at the beginning of the 12th century. Shortly after, the Holy Roman Emperor appointed the counts of Schaumburg to become counts of Holstein as well.
During the Thirty Years' War the House of Schaumburg had no male heir, and the county was divided into Schaumburg (which became part of Hesse-Kassel) and the County of Schaumburg-Lippe (1640). As a member of the Confederation of the Rhine, Schaumburg-Lippe raised itself to a principality. In 1815, Schaumburg-Lippe joined the German Confederation, and in 1871 the German Empire. In 1918, it became a republic. The tiny Free State of Schaumburg-Lippe existed until 1946, when it became an administrative area within Lower Saxony. Schaumburg-Lippe had an area of 340 km², and a population of 51,000 (as of 1934).
Hessian Schaumburg was annexed to Prussia along with the rest of Hesse-Kassel in 1866. After World War II, Schaumburg and Schaumburg-Lippe became districts within the state of Lower Saxony, until they were merged again in 1977.
The district (Landkreis) of Schaumburg has its northern half located in the North German Plain and the southern half in the Weser Uplands (Weserbergland). The Weser Uplands consist of hilly ridges and include the Wesergebirge, Harrl, Süntel, Bückeberg and Deister. The Schaumburg Forest is a continuous strip of woods running in a direction of approximately 60 degrees along the northern border of the district. Just beyond the northern border of the district is Lake Steinhude a 29,1 km shallow lake that is the largest in Northern Germany. The river Weser flows westward along the south of the Wiehengebirge through a broad valley and the town of Rinteln. The landscape is bordered to the west by the River Weser which is in the neighbouring district of Minden-Lübbecke. It flows north through the Westphalian Gap towards the city of Bremen and the North Sea. In the flat North German Plain to the east of Schaumburg district lies Hanover, the capital city of Lower Saxony.