FAQ
Concrete and Masonry in Burbank, answered
The questions we hear most from Burbank homeowners.
Everything under the slab decides how long the slab lasts. We strip organic soil and soft spots, shape the subgrade so water drains away from the house, then bring in crushed aggregate base and compact it in lifts with a plate compactor or roller depending on the area. A loose or uneven base lets one section settle while the rest stays put, and that difference is what tears a slab apart. On driveways we compact harder and go thicker on base than we would for a garden walkway, because vehicle loads concentrate at the wheel paths.
Steel only helps when it is embedded near the middle to lower third of the slab, held there while the concrete flows around it. Rebar dropped on the ground and left there ends up sitting at the very bottom under a thin skim of paste, where it does almost nothing for tension across a crack and eventually starts to rust. Chairs are small supports that lift the mat to the right height and keep it there through the pour. We tie the grid, set it on chairs, and check the height again right before concrete arrives.
Thickness follows load. Patios and walkways that only carry people can be thinner than a driveway that carries a truck and a loaded trailer. Driveway aprons and any area where a heavy vehicle turns or parks get more thickness plus a stronger base underneath. We also pay attention to edges, since slabs almost always fail at the perimeter first where support drops off. During the walkthrough we ask what actually parks there, including RVs and work trucks, then size the slab and the reinforcement to that reality rather than a generic default.
Concrete shrinks as it cures. That shrinkage creates tension, and concrete is weak in tension, so it relieves itself by cracking somewhere. Nobody can stop that. What a good installation does is decide where the crack goes. Control joints cut or tooled at planned spacing create a weakened line so the slab separates there, straight and hidden in the pattern, instead of wandering across the middle of your patio. Add a compacted base, correct steel placement, a sensible water content in the mix, and proper curing, and you get a slab that behaves predictably for decades.
A control joint is a deliberate line of weakness, either sawcut after the pour or tooled while the concrete is still plastic, running roughly a quarter of the slab depth. Spacing relates to thickness, so thicker slabs can span farther between joints. We also aim for panels that stay close to square, because long skinny rectangles crack across the middle no matter what. Joints are planned before the pour so they line up with columns, corners, and the overall pattern, which makes them read as part of the design rather than damage.
Fresh concrete gains strength through a chemical reaction that needs moisture, not through drying. In Burbank summers, sun and dry wind can pull water out of the surface within hours, which leaves the top layer weak, dusty, and prone to shallow crazing. We manage that with pour timing, wet curing or a curing compound, and protection from direct wind where the site allows. It is unglamorous work that happens after the crew has already made the surface look finished, and it is one of the clearest differences between concrete that holds up and concrete that does not.
Broom finish is the workhorse, lightly textured for traction and easy to repair or match later. Exposed aggregate washes back the surface paste so the stone in the mix becomes the look, which hides wear well. Stamped concrete presses texture and pattern into fresh concrete to imitate stone, slate, or plank. Color arrives either integral, mixed through the batch, or as a topical release and stain. Around pool decks we lean toward finishes that stay grippy when wet and do not bake underfoot, then we let the house architecture guide the color.
A block wall is a system, not a stack. It starts with a footing below grade, sized and reinforced for the wall height and the soil. Vertical rebar extends up from that footing through specific cells in the block, horizontal steel runs in the bed joints or bond beam courses, and those cells get filled solid with grout. Once grouted, the steel and grout form a reinforced core inside the masonry shell. Skip the grout or leave the vertical bars short and you have a wall that looks identical on day one and fails years later.
A retaining wall holds back soil, and soil pushes constantly, harder when it is saturated. That means engineering: a footing proportioned to the retained height, vertical rebar tied into it, grouted cells, and drainage behind the wall. We backfill with clean gravel wrapped in filter fabric so fines do not clog it, run a perforated drain pipe at the base sloped to daylight, and add weep holes through the face. A freestanding garden or seat wall carries only itself, so it is a much simpler build with far less riding on the drainage detail.
Water trapped behind a wall creates hydrostatic pressure, and that pressure can exceed the soil load the wall was built for. It is the reason most failed retaining walls fail. The fix is to never let water accumulate. Gravel backfill gives it a path down, filter fabric keeps soil from plugging that path, a perforated pipe at the base collects it, and weep holes give any remaining water a way through the face. On Burbank hillside lots below the Verdugo Mountains, that drainage detail matters more than the block you chose.
Often yes, and this is where Burbank differs from unincorporated areas. Burbank is its own incorporated city, so driveway work, retaining and block walls above certain heights, structures, and any related gas or electrical work go through the City of Burbank rather than Los Angeles. Driveway approaches touching the public right of way get their own review. We identify what your specific scope requires during the estimate, prepare what the city asks for, and schedule inspections at the right stages instead of pouring first and explaining later.
Yes, and slope is common on the north side of the city where neighborhoods climb toward the Verdugo Mountains foothills. Sloped sites usually mean stepped footings, terracing with more than one wall instead of one tall one, and serious attention to where runoff goes once you have flattened part of the hill. We look at the whole drainage path, not just the pad we are building, because a new patio can redirect water toward a foundation or a neighbor if nobody thought it through. Access for materials also shapes how we sequence the work.
Every hard surface we add is a surface that no longer absorbs water, so we plan the destination before we plan the finish. Slabs get a slight pitch away from structures, typically shedding toward a lawn, planting bed, or a collection point. Where surface slope is not enough we add channel drains at garage aprons, area drains in low spots, and solid pipe carrying it to a safe outlet. Flat central Burbank lots and hillside lots need different solutions, so we walk the property during rain patterns you describe and design from that.
Older Burbank neighborhoods have substantial street trees, and their roots run far wider than the canopy suggests. Cutting major roots for a footing or a trench can destabilize a tree and stress it for years. We probe by hand near suspected root zones, adjust alignment or depth where we can, and use thickened or bridged sections instead of slicing through a structural root. Sometimes the honest answer is to move the walkway a couple of feet. We would rather redesign around a healthy tree than trade it for a straight line.
Sometimes, and it depends entirely on what is behind it. Veneer adds weight, so the existing wall and its footing have to be sound and capable of carrying it. We inspect for cracking, movement, and whether the wall was grouted and reinforced originally. If it checks out, the process runs scratch coat, then setting bed, then stone or brick set with attention to joint width, color mix across the pallets, and clean corner returns. If the base wall is questionable, we will tell you plainly rather than dressing up a problem.
No. Daniels Landscaping works under one licensed contractor, and the people who show up to form, place steel, pour, finish, and lay block work under one licensed contractor. One licensed contractor is accountable for your project. That is deliberate, because concrete gives you one shot at getting it right and a rotating cast of unfamiliar hands is how details get skipped. Working with one licensed contractor means consistent standards, direct accountability, and one clear point of contact when you have a question about what happened on site yesterday.
Concrete gains strength over time rather than all at once, so access opens up in stages. Foot traffic is possible well before vehicle traffic, and heavy vehicles wait longest. We give you the specific hold times for your pour at the time of the pour, since mix design, slab thickness, and weather all shift the answer. Please do not rush it. Driving on green concrete leaves damage that no amount of sealing hides, and the wait is short compared to how long you will have the surface.
Call Daniels Landscaping at (818) 443-9300 and we will set up a visit to your Burbank property. We walk the site with you, look at grades, drainage, access, and existing conditions, talk through finishes and wall options, and note anything that will need City of Burbank review. You then receive a free written estimate that spells out scope and materials, so you can compare it honestly against anything else you are considering. We are licensed in California, number 1138709, and one licensed contractor performs the work.