Concrete Pumping Contractor Spring Valley
Indeed, It Can Be Done: Trailer Pump Can Be Used for Concrete Pumping in Spring Valley
More and more information about concrete pumping in Spring Valley has become available, but there are particulars that need to be straightened out. In a rebuff to doubters, we have demonstrated that indeed it can be done. We made such a sensible notion a reality by using proper equipment and developing new systems. We made such a sensible notion a reality by using proper equipment and developing new systems.
Before we share how we were able to achieve this, allow us to envision a big hose with concrete streaming out towards one end. We are able to do this by adding priming materials on the concrete to make it run through the hose smoothly. But what about the rocks mixed with the concrete? In a test, we discovered that a mass comprising of three stones can slide easily through a hose with a three-inch diameter together with the portland cement, water and sand.
There may be some instances when the pump will be blocked even if you use a primer. During an actual concrete pumping operation, the process could be hindered by blockages inside the hose. In a further test, we found out that such blockages could indeed happen if the hose extends beyond 150 feet. But at 150 feet long, the hose delivered the concrete smoothly. To make sure that the stream of concrete would flow easily, you can use a hose with a diameter of four inches or greater.
Since the hose is larger with a bigger mass of concrete moving through it, the technician holding the nozzle may find it difficult to keep a firm grip on it. If there are more concrete mixture passing through the hose, you will need to use hooks because it will be harder for the hose operator to hold the hose. If you need a larger or heavier setup, you will need to hire more people to pull the pump.
Regardless if you have a large or medium-scale project, we will be here to lend you a hand. Well, this is why we are here – your reliable big rock concrete pumping contractor, at your service. We know these things because we are specialists in rock concrete pumping.
Professional Concrete Pumping in Spring Valley
Check out our website and get to know the services we offer. We can assist in your industrial, commercial or residential projects. In our twenty years in the business, we can safely claim to have perfected our craft, and that includes the expert use of trailer pumps of all kinds. The best part of our service is we do it fully insured so you can keep your peace of mind. Our services are completely guaranteed, which benefits both of us.
Our technicians have all gone through rigid training and are fully aware of the need to conduct safe practices when it comes to house intels, down-pour pumping, tie beams, sauna tubes, preform columns, ink holes, power jacking, and slabs. Besides concrete pumping, we can also set up house lintels, tie beams, sauna tubes, preform columns, sink holes, power jacking, and slabs. With the use of our sturdy and powerful pumps, we can pump out concrete mixed with grout, rock, or pea rock in sizes up to one inch in diameter.
Big Rock Concrete Pumping & Long-distance Projects
As per our standard protocol, we provide our customers with a 200-feet hose. The hose should be enough to cover most types of projects. For larger projects, we can provide up to 1250-feet long hose. We use hydraulic trailer pumps that can fill up to 70 cubic yards of space in an hour.
Since day one, we have helped hundreds of project owners build a strong and long-lasting retaining wall. We are well trained to apply waterproofing membrane and install drainage systems on all sizes of retaining walls. Let our structural experts design a retaining wall that fits your needs and your project goals.
Residential Lintel Pumping
When it comes to installing home lintels, you can’t find a more reliable contractor than our team. Lintels are crucial in strengthening both timber and steel frames of doors and other openings, so you can count on us to install the right type of product. We carefully compute the load above the intel to make sure that the structure will not collapse or to prevent physical damages. We also check the brickwork and mortar packing to avoid unnecessary issues. Rest assured that our contractors have all the background and experience required to setup lintels.
Sauna Tubes, Columns, Tie Beams, Precast Columns and Slabs
With the help of our skilled concrete placement specialists, you can install columns, slabs, precast columns or other types of materials inside your commercial or private properties. The best part about our company is that you can achieve the results you want without spending a fortune.
Power Jacking and Sink Holes
The last things you want to deal with are sink holes and air spaces. Voids can cause erosion and severe structural damages. We use very powerful pumps that can achieve 4,000 PSI to fill voids flawlessly. We know how to work on sinkholes and voids underneath office building, roads, parking lots, and slabs. Trust our team to fix your issues quickly.
Hire Our Experts
Our company is everything you need for your concrete pumping needs. We have the proper skills, training and background. We also have advanced equipment to handle any type of situation. At Concrete Pumping Services, you can find skilled workers who can perform your requested services as soon as possible. We guarantee to discuss the procedure we will use to fix your problem. We have a very dedicated team and an extended inventory. Get in touch with our experts today!
Concrete Pumping Services in Spring Valley: Why You Need Us
You have come to the right place if you are looking for foolproof solutions for your residential, commercial, or industrial requirements. We, at Concrete Pumping Services, have guaranteed experience in the field, plus our technicians are well-trained and duly certified to perform the task. With regards to concrete pumping, we are simply in a class of our own and nobody can outperform us. Our concrete experts continuously train in order to ensure the quality and efficacy of the solutions that we deliver. We also follow strict safety measures to avoid accidents and property damages. Go ahead, pick up that phone! Our experts are waiting for you on the other line. You can also leave us an email and we will get right back at you. It will be our pleasure to be of service to you.
Concrete Pumping Service in Spring Valley: We Only Commit To Serving Your Best Interest
We have always aimed to deliver exceptional concrete pumping solutions. Our aim is to help our clients ensure the integrity of their constructed buildings. We do our best to constantly improve our services as well as our equipment. Our company has been tried and tested by many clients in the metro.
What We Offer
We take pride in having powerful state-of-the-art pumps in the hands of highly trained experts who are able to provide services that will even exceed your expectations. You need not worry about machine breakdowns slowing down your project. We also have a high-quality repair facility which helps us serve our customers. We guarantee to finish your request within the time frame we promised. They are always in tip-top condition since they undergo regular maintenance to prevent sudden breakdowns. We inspect them thoroughly before sending them to job sites. Moreover, we check them before deploying them to job sites. In case one pump malfunctions (which has never happened yet), we always have a backup unit that can be used to avoid delays in the project. Having been in this business long enough, we can safely claim to have seen everything, and this allows us to respond with the right solutions quickly. This, perhaps, is something you cannot expect an amateur company that does not have sufficient experience in the field to do.
Our company is fully insured for our own protection and that of our customers. Our technicians also possess licenses that enable them to legally perform their job and also certificates showing their competence in their respective specializations. With our company’s record of competence, you can rest assured that you have nothing to worry about when the project is finished.
Our Trailer Pumps Can Handle Big Rock
The idea of using trailer pumps for pumping concrete to a slap may seem far-fetched to some people. If only they realize that pumps of this kind can handle big rocks just as well as boom pumps can. They say only concrete boom pumps can handle big rock. Yes, they are right, boom pumps are great indeed.
It would cause a lot of inconvenience especially for people passing by the site. For areas located in a crowded metro, you do not want to cause any problems especially with the locals. Such a situation calls for the use of trailer pumps, which, by the way, also happen to be more cost-effective. Trailer pumps are definitely not just for small rocks. And many countries are now making this discovery as well!
Trailer Pump Power
Trailer pumps are highly recommended for renovation projects, most especially if you need to pump concrete within a 1000-feet distance. You may also use trailer pumps for up to 300-feet high properties. Trailer pump units may not look exactly same, but they all weigh up to 10,000 pounds and are generally outfitted with similar pump kits as those used in boom pumps.
Trailer Pump Benefits
You wouldn’t how a lot of our customers have never returned to using boom pumps after experiencing just how good trailer pumps are. They can be operated even in a cramped location. Best of all, the cost of using them is comparatively low.
Large chunks of concrete waste accumulate inside boom pumps, and this waste materials can be very hard to remove. Other than that, it can be very costly to remove the solidified waste materials. On an average, you can expect to pay more or less $160 to clean up boom pumps. This would definitely cost a lot of inconvenience on your part.
If you use a trailer pump, you can expect to save more concrete mixture. This will allow you to save money and resources for your project.
Which Should You Choose?
Obviously, there are pros and cons to each method. The technology used by most commercial pumps today is amazing so if there are differences, they are not significant enough to make a dent in your wallet. However, you do have to factor in the location of the project, the deadline for delivery (including cleanup) and your budget, as well.
Gunite versus Shotcrete
Gunite is a material long used for building swimming pools. It’s a mix of sand and cement, blended dry onsite and pumped through a three-inch hose using jets of air from heavy-duty compressors. Water is put through a ring in the nozzle of the hose, with the volume controlled by a technician. It’s a blend of cement and sand, mixed dry onsite and driven through a 3-inch hose utilizing air from powerful compressors. Water is placed inside the spout tip through a special water-ring, with the volume controlled by the operator. The material leaves the spout as a packed wet compound that sticks to walls.
Because of this method of application, gunite experiences different issues. The quality of the blend depends completely on the precision of the onsite technicians. There are no precise controls or procedures to guarantee a reliable, steady and exact mixture.
If there are any inconsistencies with the portions used for each type of dry material and the amount of water added, the air pressure would drastically decrease to up less than 2,000 psi. If there are problems with the consistency of the mixture, chances are the pressure ratings will be less than the recommended 2,000 psi.
Shotcrete is the solution to this gunite issue.
Instead of relying on the workers to cook the correct mixture of the dry and liquid materials, the manufacturer will handle the blending process through the use of accurate measurements from the computer back at the plant. That means every shotcrete that comes out of the plant is produced at the exact measurements.
The strictly regulated production of shotcrete is the reason why the California Division of Transportation has chosen such product in the building of bridges, roads and seismic retrofits. With shotcrete you are guaranteed that the walls of your pool have a constant strength of 3,000 to 4,000 psi, thus preventing leaks and cracks from happening. With shotcrete, everything is done according to the highest standards.
A good chunk of our projects involves residential pools, particularly in San Diego and the surrounding areas. By using shotcrete, we have drastically reduced cases of leaks and breakdowns. That means very satisfied customers. We are not alone in this assessment as more and more contractors have abandoned gunite for shotcrete.
For homeowners who may be on a budget and prefer to do most of the work on their pools, we also offer advisory work. We provided answers that satisfied them, encouraging them to choose us as partners in their projects.
Pool construction has seen major improvements through the years. Some of the newly built facilities have high-tech features such as vanishing edges, waterfalls, and artificial rocks. Our company has been showing the way in this regard. Our company has been the pace-setter in this development. Our help has been sought by many pool builders and homeowners who know fully well our capacity to deliver the best results even in the most challenging conditions.
Drainage ditches are narrow passages dug on the ground with walls lined with three to six inches of shotcrete. A common drainage ditch, called type B ditch, is two-foot wide and one-foot deep. There are other sizes and shapes of ditches. A type D ditch is 3-foot wide and 1-foot deep. The volume of water blended with the concrete is very important in constructing these ditches.
Many of the ditch designs are specified in the San Diego County Book of Standards. We can dig whatever type of ditch is required, using our 191Kabota excavator. The San Diego County regulates most of the specification of drainage ditches. Our company can help your dig and create the right type and size of ditch that you need for your property. We do our work in full view of the contractors and homeowners, allowing them to see with their own eyes how we can easily come up with excellent results in the service we provide. We work in the presence of both contractors and homeowners so that they could see for themselves how we are able to achieve excellent results.
In building ditches, we guarantee that there will be no erosion by ensuring that the slopes are well protected. We do this by applying shotcrete on the walls in differing thickness, even without reinforced steel bars. We also engage in erosion control in basements and underneath houses and other structures to keep water from undermining their foundations. Some slopes are in nearly vertical walls where we apply shotcrete with a rough nozzle finish that conforms to the shape of the slope. We likewise use shotcrete to upgrade the strength of bridges, highways and other government infrastructure projects. We can also do erosion control in private ventures.
Gunite or Shotcrete?
Gunite is the end-product when mortar passes through a hose and propelled at high pressure to the surface. When sand or small coarse aggregates are used to add thickness to the mix and to make the product more cost-effective by reducing the cement content, the end-product is called shotcrete. Recently, a new addition to the mixture was introduced. This is the coarse aggregate which serves two goals: first is to cut down the cement content, which will save some money; and second is to produce both greater dimension and consistency to the final output. We also use the newly created “Redi-set cement” in the shotcreting process. Ordinarily, newly applied cement with no droppings can support itself without inclining or peeling off.
There is little distinction between guniting and shotcreting. Gunite was first used in the early 1900s. The procedure used air pressure to apply mortar on walls that were considerably less thick than today’s structures.
On the other hand, shotcrete is an improvement of gunite. Its use results in the building of more durable walls with greater thickness. Shotcrete is produced in two varieties: the “wet-mix” and the “dry-mix.” The dry-mix type of shotcrete is considered more durable and the one preferred by most users.
Here are the steps involved in the dry mix procedure:
(a) Specific quantities of sand and cement are combined.
(b) The mixture is inserted into an air-pressurized hose which is commonly referred to as the ‘gun’.
(c) The mixture flows through the delivery hose once your turn the feed wheel.
(d) The material is released through the nozzle using compressed air. The nozzle is specially made to fit inside together with the manifold. The perforated material lets the water flow into the nozzle.
(e) The water and dry mixture are thoroughly combined before the resulting mortar is sprayed.
The Wet-mix Process:
Concrete is mixed with water before placing into the delivery equipment to be jetted by the compressed air.
However, more and more contractors have abandoned the wet-mix process because the dry-mix has been known to produce more stable and consistent results because of the low water content of the latter. High-speed gunite is made by using a small nozzle to discharge the concrete mix at a speed of around 90 to 120 meters per second. This results in extremely high concrete compaction.
Advantages of Wet and Dry process
Although it is conceivable to get more exact control of the water/cement proportion with the wet process, the fact that this proportion can be kept very low with the dry process negates the complaint of the absence of precise control.
Pumping light aggregates is best done using the dry process. It must be noted that the dry mix process is largely dependent on the amount of water mixed with the sand. Sand that is too wet causes blocks inside the pipeline, an issue that does not occur in the wet process.
The lower water/cement ratio in the dry process has been found to be the reason for the lesser creep and tougher strength of the resulting concrete product in comparison to the concrete delivered through the wet process.
Another issue with the dry process is the possibility of rebound and the development of pockets of lean mix. The nozzleman has to understand this and must assign an area where he or she can place the shotcrete to be rejected in the course of adjusting the water supply.
You cannot expect to encounter these issues with the wet process, only that the wet process is not able to produce concrete as dense as the ones produced using the dry procedure.
The personal nuisance and hazards caused by dust in the air during the dry process are experienced less often by technicians during the wet process. However, unlike the dry process, the wet process does not consistently produce compact concrete. Lastly, thanks to the high-powered concrete pumps we have these days, it is now possible to lay concrete at a higher rate when using the wet process compared to the dry process.
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