Redmond Concrete Works

Concrete slabs in Everett, WA

Level, reinforced concrete slabs for garage floors, sheds, workshops, hot tubs and more. Every slab is sized for the load it will carry and built on a compacted base that will not settle.

Get a free concrete slab quote

Tell us about your project and we will call you to set up a site visit.

    Prefer to talk? Call (425) 20470-5667

    Slabs built for strength and stability

    A concrete slab looks simple, but it is a structural element. It has to carry weight, resist moisture and stay level for decades. We pour residential and commercial slabs across Everett, each designed for its exact use, from a small shed pad to a full garage floor.

    Most slab problems start underneath. Soft soil, a thin or poorly compacted base, or water that collects under the concrete all lead to settling and cracks. We prepare every site properly for local soil and rainfall, then choose the thickness and reinforcement your project actually needs.

    Abstract geometric concrete surface showing intersecting lines and shapes, ideal for backgrounds.

    What goes into a quality slab

    These four details decide whether a slab stays flat and solid or starts cracking and sinking.

    Compacted subgrade and base

    We remove topsoil and soft material, compact the ground and add a crushed rock base for drainage and support.

    The right thickness

    A shed pad, a garage floor and a hot tub pad each need a different thickness. We size it to the load.

    Proper reinforcement

    Wire mesh or rebar, supported so it sits inside the slab where it can actually do its job.

    Control joints and curing

    Joints guide any cracking to hidden lines, and careful curing lets the concrete reach full strength.

    A construction worker operates a power trowel to smooth freshly poured concrete on a construction site.

    How thick should your slab be?

    Thickness depends on what the slab will carry, the soil underneath and how it will be used. These are typical starting points. We adjust every slab to your site conditions and load.

    Patios and walkways: 4 inches

    Plenty of strength for foot traffic and outdoor furniture.

    Shed pads: 4 inches

    Standard sheds and storage buildings with light to moderate loads.

    Driveways: 4 to 5 inches

    Everyday cars and SUVs, with more thickness for trucks.

    Garage floors: 5 to 6 inches

    Vehicles, storage and daily wear, with room for a lift if needed.

    Hot tub pads: 6 inches

    Concentrated weight of a filled tub plus people.

    Heavy equipment areas: 6 to 8 inches

    Trailers, RVs, machinery and commercial loads.

    Detailed view of a rusty rebar grid used in construction work, showing texture and pattern.

    Wire mesh, rebar or fiber reinforcement

    Concrete is strong under pressure but weak when it bends or pulls apart. Reinforcement adds the tensile strength that keeps a slab together if small cracks form.

    Whatever we use, it is supported on chairs or blocks so it ends up inside the slab, not lying on the ground where it does little good.

    Welded wire mesh

    A grid of steel wire that works well for most residential slabs and holds hairline cracks tight.

    Steel rebar

    The strongest option, used for heavy loads, garage floors, hot tub pads and weaker soils.

    Fiber reinforcement

    Synthetic fibers mixed into the concrete to reduce surface shrinkage cracks, often used with mesh or rebar.

    Concrete slab vs gravel pad for a shed

    Building a shed or small outbuilding? Here is how a concrete slab compares with a gravel base.

    Concrete slab

    Gravel pad

    For sheds and workshops that will hold heavy tools or equipment, a concrete slab is the better long-term base.

    Need a slab for a garage, shed or hot tub?

    Book a free on-site estimate. We will measure, check the ground and recommend the right thickness and reinforcement.

    How we install a concrete slab

    A step-by-step process where every layer matters for how long your slab lasts.

    1

    Site preparation

    We remove topsoil and unsuitable material to the right depth and compact the subgrade to prevent settling.

    2

    Base installation

    A compacted crushed rock base goes down next, graded to the correct level for drainage and support.

    3

    Vapor barrier and insulation

    For garage, basement and house slabs, we add a vapor barrier, plus insulation when the slab will be heated.

    4

    Forms and reinforcement

    Forms set the edges, height and thickness. Mesh or rebar is placed and supported inside the slab area.

    5

    Pour, screed and finish

    Concrete is placed, consolidated and screeded level, then floated and troweled or textured to your finish.

    6

    Joints and curing

    Control joints are cut, and the slab is kept moist and protected while it cures to full strength.

    What affects the cost of a concrete slab

    Slab pricing depends on the size and the job the slab has to do. These are the main factors.

    Size

    More square footage means more concrete, base rock, forming and labor.

    Thickness and reinforcement

    Thicker slabs and rebar for heavy loads cost more than a standard 4-inch slab with mesh.

    Site prep and access

    Removing old concrete, leveling a slope, poor soil or tight access for trucks all add work.

    Vapor barrier and finish

    Vapor barriers, insulation and a smooth troweled interior finish add to the price.

    Get an exact, itemized price with a free on-site estimate.

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    Concrete slabs we pour

    Every slab below is designed for its specific use, load and location on your property.

    Spacious garage interior with storage shelves, tools, and a wheelbarrow, ideal for home organization.

    Garage floors

    Thick, reinforced slabs with a smooth, easy-to-clean finish, sloped so water and spills drain toward the door.

    A Chevrolet truck loaded with items parked under a metal carport.

    Shed and outbuilding pads

    Level slabs sized to your shed, extending slightly past the walls so water does not collect at the base.

    Relaxing hot tub with stunning mountain view at sunset, perfect for luxury retreats.

    Hot tub pads

    Thick, reinforced pads that carry the weight of a filled tub, with extra space to step in and out safely.

    Empty industrial garage with metal walls and concrete floor ready for renovation or use.

    Workshops and storage buildings

    Slabs designed for the building size and the weight of tools, vehicles and stored equipment.

    Spacious modern basement with neutral design and carpet flooring, perfect for renovation or real estate listings.

    Basement floors and additions

    Interior slabs with vapor barrier and reinforcement, tied into footings for new construction and additions.

    Relaxing poolside patio with sun loungers and villas, perfect for a summer retreat.

    Pool surrounds and equipment pads

    Textured, sloped slabs that drain water away from the pool, plus level pads for pumps, AC units and generators.

    Concrete slab questions

    Answers about thickness, hot tubs, vapor barriers, reinforcement, curing and permits.

    Have a different question?

    Call us and we will talk through your project.

    Most patios, walkways and shed pads are 4 inches. Garage floors are usually 5 to 6 inches, hot tub pads about 6 inches, and heavy equipment areas 6 to 8 inches. We adjust for your soil and load.

    Yes, when it is built for it. A filled hot tub can weigh several thousand pounds, so we pour a thicker, reinforced pad on a compacted base, sized with room to step in and out safely.

    Interior slabs like garage, basement and house floors usually get a vapor barrier to keep ground moisture out. Outdoor slabs such as patios and shed pads usually do not need one.

    Wire mesh works well for most residential slabs. Rebar is the better choice for heavy loads, garage floors, hot tub pads and weaker soil. We recommend the right option during your estimate.

    Light foot traffic is fine after 24 to 48 hours and cars after about 7 days. For heavy equipment or a filled hot tub, we recommend waiting until the concrete is closer to full strength, usually around 28 days.

    It depends on the size and use. Small shed pads often do not need one, while garage slabs and slabs tied to a building usually do. We check the requirements for your project during the estimate.

    Get a free quote for your concrete slab

    Send the form or give us a call. We will visit, measure, check the ground and give you a clear written price, with no obligation to book.

    Tell us about your concrete slab project

    We will call you back to book a free site visit.

      Prefer to talk? Call (425) 20470-5667

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