Free Concrete Work Order Template
Document concrete pours, flatwork, foundations, and repair projects with a professional work order template built for concrete contractors.
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Your Company Name
WORK ORDER
WO-20260303-8763
Customer
—
Job Details
Requested
Mar 3, 2026
Scheduled
—
Completed
—
Scope of Work
Form and pour new 20x24 ft concrete driveway slab (4 inches thick). Excavate to grade, compact base material, set forms, install rebar grid, pour 4000 PSI ready-mix concrete, finish with broom texture, and cut control joints.
Materials / Parts
| Description | Qty | Price | Total |
|---|---|---|---|
| 4000 PSI Ready-Mix Concrete (per cubic yard) | 6 | $165.00 | $990.00 |
| #4 Rebar (1/2" x 20 ft length) | 30 | $11.50 | $345.00 |
| Concrete Curing Compound (5 gal pail) | 2 | $42.00 | $84.00 |
Labor
| Description | Hours | Rate | Total |
|---|---|---|---|
| Excavation, grading, and form setting | 6 | $90.00 | $540.00 |
| Concrete pour, finishing, and joint cutting | 5 | $90.00 | $450.00 |
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What Is a Concrete Work Order?
A concrete work order template is a specialized document that concrete contractors use to authorize, plan, and record all aspects of a concrete project from site preparation through curing and final inspection. It captures critical job details including the dimensions and thickness of the pour, the concrete mix design and PSI rating, reinforcement specifications such as rebar size and spacing or wire mesh gauge, base preparation requirements, forming details, and the finish type requested. Concrete work is uniquely time-sensitive — once the ready-mix truck arrives, the crew must work efficiently before the concrete begins to set, which means every detail must be planned and documented before pour day. The work order serves as the crew's blueprint, ensuring that forms are set to the correct dimensions, rebar is placed at the proper spacing and elevation, and the correct volume of concrete is ordered from the batch plant. It also records weather conditions on the day of the pour, which is critical because temperature and humidity directly affect curing, strength development, and the risk of surface defects like cracking and scaling. For commercial and structural concrete work, the work order documents slump test results, air content readings, and cylinder samples taken for compressive strength testing. Whether you are pouring a residential driveway, a commercial building foundation, a retaining wall, or a decorative stamped patio, a detailed work order prevents the costly mistakes that are nearly impossible to fix once concrete has hardened.
Why Concrete Businesses Need Work Orders
Concrete is one of the most unforgiving trades in construction — once a pour is complete, mistakes are permanent and corrections are extremely expensive. This reality makes detailed work orders essential for every concrete contractor. The most common and costly concrete failures — cracking, settling, scaling, and spalling — are almost always traceable to errors in mix design, base preparation, reinforcement placement, or curing procedures. A thorough work order documents every one of these variables, creating a record that proves the work was done correctly or, if a problem arises, pinpoints where the process deviated from the specification. Material costs in concrete work are substantial — a single residential driveway pour can involve thousands of dollars in ready-mix, rebar, forms, and finishing supplies. Without a work order tracking exact quantities, contractors frequently over-order concrete, which cannot be returned once batched, or under-order and face the nightmare of a cold joint mid-pour. For contractors who work with general contractors or commercial clients, work orders document compliance with the structural engineer's specifications and building code requirements. They support ACI compliance by recording placement methods, consolidation techniques, and curing conditions. On the business side, concrete work orders provide the historical cost data per cubic yard that enables accurate bidding on future projects, which is the difference between profitable growth and losing money on every job.
Tips for Concrete Work Order Management
Start every concrete work order by calculating the exact volume needed in cubic yards, using the formula: length times width times thickness divided by 27, then add 5 to 10 percent for waste and over-excavation. Document the mix design requirements including PSI rating, aggregate size, slump specification, and any admixtures such as accelerators, retarders, or fiber reinforcement. Specify the reinforcement in detail — rebar size, spacing, and the number of inches of cover from the bottom and edges of the pour. For flatwork, note the planned control joint spacing, which should generally be no more than two to three times the slab thickness in feet. Record the base preparation including the type and depth of gravel base, compaction method, and whether a vapor barrier is required. On pour day, document the ambient temperature, concrete temperature, and humidity, as these directly affect finishing timing and curing requirements. Record the slump test result from each truck to verify the concrete meets specification — do not accept loads with excessive slump as they compromise strength. Note the finishing method applied, whether broom, trowel, stamped, or exposed aggregate, and the curing method used including wet curing, curing compound, or plastic sheeting. Document the forms and their removal schedule. Always photograph the reinforcement in place before the pour and the finished surface before the customer takes possession. For structural pours, record cylinder sample numbers and the testing lab used.
Concrete Work Order FAQ
What details are critical on a concrete work order?
The most critical details are the pour dimensions and thickness, concrete mix design and PSI rating, reinforcement type and spacing, base preparation specifications, finish type, control joint layout, and weather conditions on pour day. These details determine the structural integrity and longevity of the finished concrete.
How do I calculate concrete quantities for a work order?
Multiply length by width by thickness in feet, then divide by 27 to convert to cubic yards. Add 5 to 10 percent for waste and subgrade irregularities. For complex shapes, break the area into rectangles and calculate each section separately. Always round up to the nearest half yard when ordering from the batch plant.
Why should weather conditions be recorded on a concrete work order?
Temperature and humidity directly affect concrete curing, strength development, and surface quality. Pouring in extreme heat can cause rapid moisture loss and cracking, while cold temperatures slow curing and risk freeze damage. Documenting conditions protects the contractor if weather-related defects are claimed later.