Introduction A slab on grade is defined as any concrete slab poured over excavated soil. From a radiant heating perspective, it doesn't matter if the slab is actually "at grade" or is poured several feet below grade as part of a full foundation. Check out our video How to Install Radiant Floor Heat Tubing in […]
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Learn MoreMar 01, 2010 · Generally speaking, the maximum slump for a pumped mix is about 6 inches. The ideal concrete mix for pumping typically contains air-entraining agents, a little extra sand (compared with a standard concrete mix), often some fly ash, and a well-graded aggregate blend. To make the concrete easier to pump and place as it comes out of the hose, many
Learn MoreIf you are unsure which specific type of concrete pump is best for your project, please contact us for a site inspection or evaluation, free of charge. Make your next project a success by contacting AJ Concrete Pumping Service at 1-800-783-8185 to schedule a free site visit and project estimate.
Learn MoreThe concrete slab thickness is determined based on estimated wheel and axle loadings, and soil subgrade design factors. Table 5.4 shows the thickness of concrete needed for various axle loads. Reinforcing schedules for a mixing and loading pad floor slab on grade with one layer of reinforcing are shown in Tables 5.5(alternate) and 5.6.
Learn MoreConcrete slabs on grade are a very common type of concrete construction. Floor slabs can range from a simple residential basement slab to a heavy-duty industrial floor. However, no matter how basic or complex the floor is, the construction method is similar and includes; preparing the sub-grade and sub-base, placing the reinforcement and
Learn MoreMar 01, 2010 · Generally speaking, the maximum slump for a pumped mix is about 6 inches. The ideal concrete mix for pumping typically contains air-entraining agents, a little extra sand (compared with a standard concrete mix), often some fly ash, and a well-graded aggregate blend. To make the concrete easier to pump and place as it comes out of the hose, many
Learn MoreFeb 09, 2017 · Transporting the concrete mix is defined as the transferring of concrete from the mixing plant to the construction site. The main objective in transporting concrete is to ensure that the water-cement ratio, slump or consistency, air content, and homogeneity are not modified from their intended states. Concrete produced from a mixer is required to be transported to the
Learn MoreA concrete line pump is ideal for placing concrete footings, as often the foundation must be placed located several feet lower than grade or below the frost line. With a concrete line pump truck, there is no need for additional equipment or bulldozers to provide access for ready-mix trucks.
Learn MoreThe concrete pump hose can range in diameter from 2 inches to 5 inches and are usually 10 feet long. The larger diameter hoses 3, 4, and 5 inch are typically used for pumping concrete and the 2 inch pump hose is mostly used for pumping grout and shotcrete. The concrete pump hoses are connected together with concrete pump clamps reaching horizontal lengths from 20 to 1500 feet.
Learn MoreTheor. Concrete Output: 182 cu yds/h 139 cu m/h: 183 cu yds/h 140 cu m/h: Max. Pressure on Concrete: 1233 psi 85 bar: 1233 psi 85 bar: Max. Strokes Per Minute: 28: 38: Max. Aggregate size: 2.5 in 63.5 mm: 2.5 in 63.5 mm: Material Cylinder Diameter: 9 in 230 mm: 8 in 200 mm: Material Cylinder Stroke: 79 in 2000 mm: 79 in 2000 mm: Differential
Learn MoreMay 13, 2013 · Specification Limits on Slab-on-Grade Placement Size. Construction schedules and contractor economics typically require concrete placements of 10,000 to 20,000 square feet or from 30,000 to 50,000
Learn MoreSep 30, 2004 · Housekeeping Pad to Existing Slab Anchorage 03/08/18 NOTE: If the MCC is "unimportant (i.e., Ip = 1.0 per ASCE 7)" and being installed as part of a new- or existing-building project in which the seismic design of the building is based on SDC C, then the MCC is seismically exempt (per ASCE 7 para. 13.1.4) and compliance with the Std. Detail
Learn More2.5 times the factored design load, where 2.5 is an overstrength factor. 4. When reinforcement is used to restraint concrete breakout, the overall anchorage design should ensure that there is sufficient strength corresponding to the three other failure modes described in the Introduction (pullout failure, side-face
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Learn MoreThe concrete spec'd was 4500 psi, max w/c ratio 0.45, max coarse aggregate size 1" (but 3/4" is commonly used in mix design around here), air entrainment 4.5% or 5% plus/minus 1.5% for 1" or 3/4" max aggregate size respectively, and max slump of 5". The contractor wants to use a 2.5" diameter line pump to place the concrete, and has submitted an alternate mix design for the line pump with 3/8" max …
Learn MoreThe concrete slab thickness is determined based on estimated wheel and axle loadings, and soil subgrade design factors. Table 5.4 shows the thickness of concrete needed for various axle loads. Reinforcing schedules for a mixing and loading pad floor slab on grade with one layer of reinforcing are shown in Tables 5.5(alternate) and 5.6.
Learn MoreJun 19, 2007 · Somero Enterprises. Removes the need to drag concrete hose on elevated deck or slab on grade. 13-hp engine moves 3-, 4- or 5-in. hose. Use multiple units on long hose lengths. Decreases line …
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Learn MoreDEPARTMENT OF THE ARMY EM Kefid04 . U.S. Army Corps of Engineers CECW-CE Washington, DC 20314-1000 Manual . No. Kefid04 30 November 2016
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