Quikrete vs. Sakrete: comparing two concrete mixes

Research-based buying guide · Sources checked October 23, 2026. MaterialScope has not performed hands-on testing of these products. Prices in worked examples are invented assumptions, not store prices or supplier quotes.

Compare the product, not just the brand

This comparison covers standard QUIKRETE Concrete Mix No. 1101 and Sakrete High-Strength Concrete Mix sold in U.S. pound-size bags. It does not cover fast-setting mixes, high-early-strength mixes, mortar, resurfacing products or every product either company sells. Check the exact name on the bag before using these quantities.

Sources: QUIKRETE No. 1101 technical data and Sakrete High-Strength technical data. These are manufacturer figures, not independent MaterialScope test results. Confirm the current local package and instructions; nominal strength is not a promise about a particular installation.

What does that mean for a small pad?

A 4 × 4 ft pad at an illustrative 4-inch depth contains 5.333 ft³ before allowance. Adding 10% gives 5.867 ft³. At 0.60 ft³ per 80-lb bag, either listed mix needs 10 bags. At 0.45 ft³ per 60-lb bag, either needs 14. Bag weight changes handling and rounding, even when the nominal yield per pound is similar.

Suppose a store quotes $7 for one eligible 80-lb product and $7.50 for the other. Ten bags would cost $70 versus $75 before tax or delivery. That $5 difference is small enough that availability and transport could decide the purchase. These prices are deliberately hypothetical; neither amount is assigned to a brand.

Compare cost per volume, then round the order

Divide price per bag by its stated yield to compare cost per cubic foot. A hypothetical $7 bag yielding 0.60 ft³ costs $11.67/ft³. A $5.50 bag yielding 0.45 ft³ costs $12.22/ft³. For the pad above, their whole-bag totals are $70 and $77 respectively. A lower shelf price does not necessarily mean a lower project bill.

The 90-lb entries illustrate why you should not infer yield from weight alone: using the published yields, 10 ft³ without allowance requires 15 bags at 0.675 ft³ or 16 at 0.66 ft³. That is a quantity difference, not evidence of better quality. Enter the yield printed for your selected product in the concrete bag calculator.

Which one should you buy?

• Check suitability first. Match the product to the project specification before comparing price. A strength number alone does not settle exposure, thickness or reinforcement requirements.
• Check the whole order. Confirm sufficient stock of the exact product and include pickup or delivery in the total.
• Choose a manageable bag size. Compare both total cost and the work of moving individual bags. More smaller bags can be a reasonable tradeoff.
• Read that product’s instructions. Do not carry mixing-water or curing assumptions from a different product into this purchase.

Can online reviews tell us which finishes better?

They can raise useful questions, but a brand name without the product, bag size, project, conditions and mixing details is weak evidence for a comparison. A photo of a finished pad does not establish long-term durability, and an anonymous comment is not a verified product test.

We have not conducted a representative owner survey or hands-on comparison, so this guide makes no claim of a Reddit consensus or tested performance winner. If finish or working time is the deciding issue, ask the manufacturer or installer about the exact mix and your conditions.

When the bigger decision is bags versus delivery

At 80 or 100 bags, a modest price difference per bag may matter less than the mixing and placement plan. Read our bagged concrete vs. ready-mix comparison and get a delivered quote before committing. For smaller orders, our 60-lb vs. 80-lb bag guide explains the handling and cost calculation.

MaterialScope editorial · Updated October 23, 2026 · Calculation methodology