Concrete

Concrete is where I keep my step-by-step guides for planning, pouring, and finishing concrete projects.

Topics include base prep, forms, reinforcement, thickness, mixing and placing, finishing, curing, sealing, and long-term durability. I also cover troubleshooting—what to do when concrete cracks, scales, dusts, or cures unevenly.

If you’re new to concrete, start with the planning and prep articles. They prevent most of the expensive mistakes.

Paint brush resting on concrete floor tiles with red paint

Painting Concrete Block Basements: Preventing flaking and chalking

Introduction Painting concrete block basements is applying a coat of paint designed to bind to masonry and protect from moisture and wear. A good job starts with prep to stop flaky paint and chalky residues from coming back. Check your local rules and product instructions for compatible primers and finishes. Begin with a clean, dry […]

Painting Concrete Block Basements: Preventing flaking and chalking Read More »

Gloved hand scrubbing white concrete wall with green sponge

Concrete Paint Prep: Cleaning, profiling, and drying for adhesion

Introduction Concrete paint prep is the process of cleaning the surface, creating a slight profile for the paint to grip, and ensuring it dries cleanly before coating. This hands-on approach helps adhesion and long-lasting results, not just a quick splash of color. Check the surface condition, the moisture level, and follow the paint label for

Concrete Paint Prep: Cleaning, profiling, and drying for adhesion Read More »

Unfinished basement with concrete block walls and wooden ceiling

Basement Dehumidifier Sizing: What Capacity You Need and Where to Place It

Introduction Sizing a basement dehumidifier means choosing the unit that matches the space’s moisture load. In practical terms, pick a model that can run enough to maintain comfortable humidity without overworking. Check the label or instructions for the capacity and coverage, and match it to your basement conditions. Start by checking current humidity levels and

Basement Dehumidifier Sizing: What Capacity You Need and Where to Place It Read More »

Modern living room with grey couch and concrete floor

Concrete Floor Vapor Emissions: Why Some Sealers Fail Even on “Dry” Slabs

Introduction Vapor emissions are moisture moving through a concrete floor and can undermine sealers. Even slabs labeled “dry” can give off moisture that needs to be addressed. You’ll want a practical plan for diagnosing and dealing with that moisture before sealing. Before sealing, verify the slab is truly dry and compatible with the sealer you

Concrete Floor Vapor Emissions: Why Some Sealers Fail Even on “Dry” Slabs Read More »

Partially built block wall foundation at construction site with dirt mounds

Radon Sealant Choices: What Sticks to Poly Vapor Barriers

Introduction Radon sealants are products designed to bond to poly vapor barriers and help block radon movement. Choose one based on surface compatibility, curing behavior, and how it behaves on smooth plastic. Consider the features and physical properties, like adhesion, elasticity, and moisture tolerance, to see what fits your setup. Always read the label for

Radon Sealant Choices: What Sticks to Poly Vapor Barriers Read More »

Workers pouring concrete over steel rebar on construction site

Monolithic Slab Thickened Edge: Layout, Rebar, and Insulation Details

Introduction A monolithic slab thickened edge is a single concrete slab with a wider edge around the perimeter to act as part of the structural footing. It combines layout, reinforcement, and thermal details in one pour for a simpler, continuous structure. In plain terms, you’re planning the edge thickness, where the rebar goes, and how

Monolithic Slab Thickened Edge: Layout, Rebar, and Insulation Details Read More »

Worker in red overalls holding toolbox near garage door

Slab Insulation at Garage Door: Thermal Break Details That Actually Fit

Introduction A thermal break is a gap or barrier that reduces heat transfer between the concrete slab and the garage door opening. This introduction explains how slab insulation at the door area helps curb drafts and heat loss in plain, hands-on terms. We’ll keep it practical and avoid tech-heavy jargon so you can plan a

Slab Insulation at Garage Door: Thermal Break Details That Actually Fit Read More »

Worker using power trowel on fresh concrete slab

Concrete Finishing in Wind: Evaporation Control and Burn Risks

Introduction Concrete finishing in wind means shaping and smoothing concrete while wind speeds pull moisture away, increasing surface evaporation. Wind can cause rapid surface drying and burn risks if you rush finishing actions. Work with small batches, plan timing, and watch the surface for signs of drying. Use evaporation control methods such as misting, shade,

Concrete Finishing in Wind: Evaporation Control and Burn Risks Read More »