Editorial Standards

These are the rules we hold ourselves to. They exist because most of what gets published about concrete work is either advertising or copied from other advertising.

Numbers

Every cost figure is a range, tied to a region and a scope, and reflects recent quoting rather than a national average. Technical figures — compressive strength, air content, joint depth and spacing, slab thickness, compaction percentages, base gradation — are checked against published industry and agency material rather than repeated from other articles. Where a number is genuinely uncertain we say so, and where a range is wide the article explains what moves it.

Sources

Technical references point at primary material: ACI and the ready-mix industry’s own technical documents, federal agencies, and state transportation specifications. We do not cite marketing pages, lead-generation directories or aggregators.

Permits, right-of-way and liability

Anything involving public right-of-way, curb cuts, permits or property boundaries is described in general terms only. We do not invent clause numbers or fee schedules, and we do not tell a reader that their particular job does or does not need a permit — that is a determination for the authority that holds the road or issues the permit.

Corrections

Articles are revised when something turns out to be wrong or out of date, and the correction goes into the text rather than a footnote. Nothing here is written to a deadline that would justify publishing something we are not confident in.

Independence

No article is sponsored and no placement is for sale. Where an article mentions a category of specialist, that reflects who does that class of work, and there is no arrangement behind it.

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Contents

  1. 01Sidewalk Flags and Vault Slabs in New York: Who Fixes What
  2. 02Basement Slabs on Georgia Red Clay: Vapor and Heave
  3. 03Frost Heave Under a Driveway in Northeast Wisconsin
  4. 04Driveway Slabs on Red Clay: What Actually Moves Them
  5. 05Paving in a Historic District: What You Can and Cannot Pour
  6. 06Steep Driveways: Traction, Drainage and Turnarounds
  7. 07Post-Tension or Rebar on Central Texas Clay
  8. 08Pool Decks and Salt: What Fails First in South Florida
  9. 09Why Driveways Crack at the Apron First
  10. 10Where a Slab Meets a Masonry Wall: Isolation Joints
  11. 11Limestone Paving in Central Texas: Sealing and Slip
  12. 12Brick-Paved Alleys and Driveways: What Keeps Them Flat
  13. 13Curb Cuts, Aprons and Where the City Line Falls
  14. 14Pouring on Caliche: What That Hardpan Does to a Slab
  15. 15Paver Driveways on a Hillside: Base Depth and Edge Restraint
  16. 16Why a Desert Garage Slab Still Fails a Moisture Test
  17. 17Grinding Versus Acid Etching Before a Garage Coating
  18. 18Tying an Addition Slab Into an Existing Foundation
  19. 19Slab or Piers Under a Sunroom: How to Choose
  20. 20Condenser Pads and Slab Penetrations in a Two-Family
  21. 21Equipment Pads in a Crawlspace and Why They Sink
  22. 22Where Roof Water Lands on a Driveway
  23. 23Moss, Shade and Slabs in the Willamette Valley
  24. 24Degreasing a Concrete Floor Before Anything Else
  25. 25De-Icer Residue on Warehouse Floors
  26. 26Thresholds and Trim: Where Timber Meets a Slab