The consistency of concrete is typically 60 to 75 percent aggregate, which is typically gravel and sand, 15 to 20 percent water, 10 to 15 percent cement, and around 5 to 8 percent of air.
In 1818, Cavass White discovered large deposits of hydraulic limestone in New York. He used this discovery to launch a natural cement suitable for large-scale construction projects ranging from regional canals to the US Capitol building.
Concrete pumping is considered as one of the safest methods of concrete pouing! In fact, did you know that concrete pumping is more efficient than other concrete pouring methods?
The Burj Khalifa and the Panama Canal are some of the finest examples of how to make best use of concrete. These buildings showcase the ability of concrete to withstand severe weather conditions.
Modern concrete pouring services are used in slip forming, especially in the production of tall structures like bridges, dams, buildings, and towers. Indeed, concrete pouring has seen a rise in its use in slip forming and has been used in other horizontal structures like roadways for many years.
Aggregate is a filler that occupies most of the space inside concrete. Sand is a fine aggregate, and gravel or crushed stones or rock is larger.
Professional concrete pumping services allow you to meet deadlines without stress or hassle. In fact, this is one of its main benefits: meeting short deadlines without compromising any details or workmanship.
Hydraulic cement is one of the most widely used cements. Upon contact with water, the cement hardens and then increases in strength. Non-hydraulic cement is not that handy and common.
Did you know that Thomas Edison had 49 patents involving concrete? Some of them included prebuilt or molded concrete houses with concrete furniture!
The word concrete has a Latin origin which makes the likelihood that concrete may go back as far as the Roman times. Some structures still stand today in the Mediterranean, which they are great examples of the strength of concrete.
With concrete pumping there is a maximum of concrete strength and without any shrinking or cracking! Concrete poured through concrete pumping is as industry-standard strong, secure, and durable as it comes.
Though it might sound strange to hear it, there are bacteria that can live in concrete and actually help to strengthen it and increase its longevity.
Today, concrete pumping services are used in many different areas of structural and construction engineering. This includes the in construction of vertical reinforced beams and columns, and concrete supporting walls, and in the production of dividing walls.
Concrete is considered good for construction and you would be surprised to know that it can be recycled as well. That is why after demolition, the materials are recycled which saves the space required for discarding the waste material.
Concrete might have had more uses than you might think, some people sought to use concrete constructs in clever ways. Dishes made of concrete known as “sound mirrors” were built in World War II to detect approaching aircraft, as microphones were suspended in the focal points of those dishes.
In the US, the first concrete pump was patented in 1913. The idea didn’t move into commercial use; however, until the late 1920s when German engineer Fritz Hell designed a pump capable of pumping cement up hill.
One third of cement construction was produced in China alone! The production of cement and concrete also produces a lot of carbon dioxide, which has been linked to global warming.
Need concrete for new floors? The most popular look for polished concrete floors features a high-grade cement formula with fine sand and aggregate. The aggregate sinks below the surface so the polishing process exposes the sand, which creates a creamy appearance.
Concrete pumping results in a more structurally sound building. In fact, the results of concrete pumping include greater structural support, stability, and durability. The end result is that there is little if any future maintenance required, saving you money in the long run.
The ability of concrete to hold the aggregate stones together is what gives it the strength it is known for. Usually, there is 60% limestone mixed with 5% alumina and 25% silica along with 10% of other materials.
Do you know that there are some special types of bacteria which prevent concrete from corrosion? They also assist in the prevention of water seepage and increase the material’s resistance to acids.
Concrete is a substance that strengthens itself over time, with most concrete reaching 90% of its full strength within four weeks of being poured. However, it will continue to strengthen for decades after being placed.
One of the many benefits of concrete pumping is that it is fast. In fact, no type of manual labor method comes close to the pumping speeds used by concrete pumping services. The increased pouring speeds are a result of top-of-the-line technology, specialized booms and job-specific mixing trucks.
Did you know that the Pantheon’s dome is the largest unreinforced concrete dome in the world? It was built in 120 AD. It has been almost 1900 years since the construction of it and there still hasn’t been something as large constructed that was not reinforced.
Which is more important, the pump or pipe? Both are essential: The pump must be powerful enough to efficiently push the heavy, viscous cement mixture, while the hose must be strong enough to handle the weight and flexible enough to be moved into position.
Cement and concrete are not the same thing! Cement is actually part of the ingredients in concrete, not the product itself! Calling concrete products cement would be like calling a cake flour!
Did you know that adding outside landscaping can add as much as 14% to the resale value of your home? Using concrete outside as barriers for gardens or simply a new driveway or sidewalk can drastically change the curb appeal!
