Your municipality can have you tear down that wall and even place a lean in your property if you fail to do so. Then the cost of the pump could be between $65 to $100 an hour.Īs far as the permit situation, I wish you luck. In Miami, I get it between $90 to $110 a CY. You really should at least check out what they charge. The plant can probably get you contacts to local concrete pumps. It’s more expensive than pump mix because it has a greater cement ratio, but pump mix would work too. It’s hard to see the actual size of the wall, so with out measuring and from experience, I would say you have about 5 CY of Course Grout. You should probably call your local concrete mix plant and see how much they would charge you for a short load. Course grout has maximum diameter gravel added to fill holes smaller than 4”. In general, mix only the amount of material that can be used within one hour of initial mixing.I probably should have added the word course to grout. Mixing times should remain consistent batch to batch.ĥ. An 8 in to 11 in (200 mm to 275 mm) slump must be achieved.Ĥ. When using a continuous mixing system, follow the mixer manufacturer’s recommendations. Add the dry Core Fill Grout material to enough clean, potable water to obtain a flowable 8 in to 11 in (200 mm to 275 mm) slump complying with ASTM C 476 and local building codes.ģ. Hand mixing grout should be permitted only with written approval by the specifier who should outline hand-mixing procedures.Ģ. Use a mechanical batch mixer to ensure optimal workability and performance. SPEC MIX Core Fill Grout Mixing Instructionsġ. When using the silo system, once the bulk bags of grout are delivered to the project site, the portable silo is loaded with a jobsite forklift and the product is dispensed into a mechanical batch mixer.
SPEC MIX Core Fill Grout is available in 80 lb (36.2 kg) packages for easy hand loading as well as in 3,000 lb (1,360.7 kg) reusable bulk bags to be used with the various SPEC MIX silo systems. SPEC MIX Core Fill Grouts must be kept dry, covered and protected from weather and other damage.
Always check project specifications and structural notes to assure proper product selection has been made. It should be consolidated upon placement and reconsolidated before initial set. Core Fill Grout may be placed by hand or by mechanical delivery. Special consideration should be used in selecting the type of grout used for a particular application.
SPEC MIX® Core Fill Grout may be used in both low-lift and high-lift applications. (1360.8 kg.) reusable bulk bags to be used with the various SPEC MIX silo systems.Ĭore Fill Masonry Grout Installation/Application
(36.3 kg.) packages for easy hand loading or in 3000 lb. SPEC MIX® Core Fill Masonry Grout is available in 80 lb. Each SPEC MIX® manufacturer certifies that SPEC MIX masonry products are designed to meet the project specifications and applicable ASTM, TMS, and CSA standards. A digital printout displaying the proper proportions per batch may be kept as a permanent record. SPEC MIX Core Fill Grout is produced under strict manufacturing standards, and complete quality control measures are implemented with each batch. Using SPEC MIX Core Fill Grout in conjunction with existing reinforcement will produce a structurally sound final wall system for reinforced masonry construction. It is designed as a fluid, cohesive cementitious material used to bond together adjacent masonry units and steel reinforcement in the cores of the masonry units to the masonry assemblage, or to fill reinforced bond beams. The Core Fill Grouts are a dry, preblended product containing cementitious materials and dried aggregates formulated for superior flow to fill masonry voids and optimal compressive strength while meeting ASTM C 476 and CSA A179 requirements for reinforced masonry construction. Depending on the project specification, SPEC MIX Core Fill Grout is available in both Fine and Coarse mixtures. In reinforced masonry, the SPEC MIX® Core Fill Grout is used to fill cells of concrete masonry units and horizontal bond beams as well as the cavities of composite masonry construction.