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Epoxy floor job-day checklist

A printable checklist for epoxy and concrete-coating jobs: moisture test, prep standard and profile, repairs, mix ratios and batch log, temperature and dew point readings, cure times, photos and the customer walkthrough.

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Job-day checklist

Customer: [name] · Address: [ ]

System: [ ] · Area: [__ sq ft]

Date: [ ]

Crew lead: [ ]

1. Before job day

Moisture first: ASTM F1869 (calcium chloride) runs 60–72 hours and calls for three tests in the first 1,000 sq ft and one more per additional 1,000; ASTM F2170 (in-slab RH probes) can be read after 24 hours. The plastic sheet test (ASTM D4263) only shows that moisture is present. Compare results with the coating maker's limits, for example 3 lb and 75% RH.
  • Moisture test done: method [ ], result [ ], maker's limit [ ]
  • Data sheets read for every product: temperature limits, mix ratio, recoat window, cure times
  • Safety data sheet (SDS) for every product in the truck
  • Products, kits and flake on hand; quantities checked against the coverage and flake calculators
  • Forecast checked for install and cure days: [low / high °F]
  • Customer reminded to clear the floor; power confirmed: [120 V / 240 V]

2. Arrival and setup

Dust control is required, not optional: for walk-behind floor grinders, OSHA's silica rule calls for a water system or the maker's dust collection system with a filter of 99% or better efficiency and a filter-cleaning mechanism, plus a HEPA vacuum between passes indoors.
  • Walked the floor with the customer; existing cracks, stains and damage noted
  • "Before" photos taken
  • Walls, doors and fixtures protected; termination edges masked
  • Grinder connected to the HEPA dust extractor; HEPA vacuum on site
  • PPE as the SDS requires: respirators, gloves, eye protection

3. Prep and profile

Check the profile against the chips: prepared concrete is graded from CSP 1 to CSP 10 against ICRI's replica chips. The target comes from the coating's data sheet.
  • Field and edges ground; tooling and grit used: [ ]
  • Profile checked with CSP chips: target [CSP __], reached [CSP __]
  • Oil spots, old sealers and coatings removed
  • Floor vacuumed clean, edges and corners included

4. Repairs

  • Cracks opened and filled: [__ linear ft]
  • Spalls and holes patched: [ ]
  • Control joints [filled / left open]; isolation and expansion joints left open
  • Repairs scraped flush and cured as their data sheet requires

5. Conditions log

Measure the slab, not just the air. Many data sheets require the floor to be at least 5°F above the dew point. Log a reading before every coat.
WhenTimeAir °FSlab °FRH %Dew point °FSlab − dew pointInitials
Before primer
Before base coat
Before topcoat
Second visit

6. Mix and batch log

Check your spread rate as you go: area covered ÷ gallons used gives the actual square feet per gallon; compare it with the target on the scope of work. Mix full kits at the data sheet's ratio.
CoatProductLot, part ALot, part BMix ratioTime mixedKitsArea coveredSq ft per gal
Primer
Base coat
Topcoat

7. Application

  • Primer applied at [__ mils / sq ft per gal]
  • Base coat applied at [ ]; back-rolled before it turned sticky
  • Broadcast: [full / partial]; flake used: [__ lb]
  • Recoat window kept: minimum [ ], maximum [ ] (from the data sheet)
  • Loose flake scraped and vacuumed before the topcoat
  • Topcoat applied at [ ]; wet film gauge readings: [ ]

8. Cure and return to service

Give dates and times, from the data sheet, for the temperature on site. For example, a standard-cure epoxy at 72°F might allow light foot traffic after about 10 hours and heavy traffic after 2 days, with full cure after 5 days; colder slabs take longer.
  • Light foot traffic from: [date, time]
  • Vehicles from: [date, time]
  • Full cure: [date]
  • Times given to the customer in writing

9. Photos

  • Before
  • Ground surface next to a CSP chip
  • Repairs
  • Each coat, and the broadcast
  • Readings and product labels with lot numbers
  • Finished floor, wide and close-up

10. Walkthrough and close-out

  • Floor walked with the customer; punch list done
  • Care instructions and warranty handed over
  • Final payment collected
  • Waste and leftover product handled as the SDS and local rules require
  • Review requested
  • Job file saved: photos, readings, batch log, signed scope
Crew lead signature and date
Customer signature and date

Make it yours

How to use the checklist

  • Print one per job and keep it on the floor, with a pen; fill it in as you go, not at the end of the day.
  • Fill the targets (profile, thickness, recoat window, cure times) from the data sheets before you leave the shop.
  • Keep the finished checklist with the signed scope of work and the warranty. It is your evidence if there is ever a claim.
  • Terms on the checklist are explained in the glossary: dew point, CSP, recoat window.

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Questions

Job-day checklist: frequently asked questions

What should be on an epoxy floor job checklist?

The moisture test and its result, the prep method and the surface profile reached, the repairs, a conditions log (air and slab temperature, humidity, dew point) before each coat, a batch log with lot numbers and mix ratios, the recoat and cure times from the data sheets, photos at each stage and the customer walkthrough.

How far above the dew point does the slab need to be?

Follow the data sheet; many require at least 5°F above the dew point. Measure the slab surface temperature, not just the air, and log it before each coat.

Why keep a batch log?

Lot numbers, mix ratios, times and the area each kit covered show that the products were mixed and applied as the data sheets require. If a section fails, the log tells you and the manufacturer which batch to look at, and it supports your warranty decisions.

What photos should I take on an epoxy job?

The floor before you start, the ground surface next to a CSP chip, the repairs, each coat, the moisture and temperature readings, the product labels with lot numbers, and the finished floor. Date-stamped photos are the strongest record you have.

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