Superior Materials supplies performance-based concrete mixes that meet the structural and environmental demands of Michigan construction. Our team works closely with engineers and contractors to evaluate project conditions, align with specifications, and deliver mixes that balance strength, workability, and durability. Every design reflects local knowledge, technical expertise, and a commitment to Lasting Results.
When you need performance-based concrete mixes in Michigan, our concrete mixes deliver strength, durability, and efficiency for residential, commercial, and MDOT-approved applications across Southeast Michigan.
We proudly serve all areas in and around Ann Arbor, Auburn Hills, Brighton, Brownstown, Detroit, Flint, Lapeer, Mt Clemens, Novi, Romulus, Southfield, and Sterling Heights. We work to ensure on-time delivery you can count on.
At Superior Materials, our performance mixes are engineered with advanced raw materials and rigorous testing to meet your exact specs.
Achieves 6,000 psi+ compressive strength, carrying loads efficiently to cut material use and costs.
Flows effortlessly into tight spaces without vibration, achieving full consolidation around congested steel reinforcement and in complex formwork. Superplasticizers make this possible by dramatically increasing workability without adding water, preserving strength while giving the mix the fluid consistency high-rise and specialty pours demand.
90–115 lb/ft³ density for better insulation, fire resistance, and reduced structural needs, ideal for walls and cost savings.
Michigan’s temperature swings don’t stop construction schedules. Retarders delay the initial set during hot weather pours, giving crews adequate time to place and finish without sacrificing mix quality. In cold weather or fast-track applications, accelerators shorten the set time to maintain progress when conditions would otherwise slow it down. Both are selected based on the project’s specific forecast and timeline, not applied as a default.
The JLA Residential and Hotel Towers in Detroit called for specialty post-tension concrete with exceptionally high-strength properties to support its ambitious mixed-use design at the edge of downtown Detroit. Superior Materials engineered tailored ready mix formulations that met the precise structural tolerances and performance demands of post-tension slabs, columns, and shear walls across the residential and hotel components.
We delivered specialty concrete and navigated complex multi-contractor coordination and tight construction schedules to ensure every batch arrived ready to perform under the pressure of a high-profile urban development. This project showcases our expertise in specialty concrete solutions for vertically complex mixed-use towers, where precision mix design and flawless execution determine long-term success.
If you are ready for custom performance-based concrete mixes in Michigan, reach out to our team for a quote or expert advice.
Contact Superior Materials at our toll-free order desk at 888-988-4400, or fill out the contact form, and a member of our team will respond shortly.
Yes. Our team has decades of ready-mix experience and works regularly with engineers and contractors to develop mix designs around project-specific performance specs. Reach out to us at 888-988-4400 to start that conversation.
Superior Materials plants are certified to deliver to Michigan state and county jobs, including roads, bridges, and buildings. If you have specific MDOT gradation or mix design requirements, contact our team directly, and we will confirm what applies to your project.
Weight. Structural lightweight concrete comes in at 90 to 115 lb/ft³ versus 140 to 150 lb/ft³ for normal weight concrete. On large builds, that reduction in dead load can reduce the number of structural members you need, which brings down overall project cost. You also get better fire ratings and improved insulating value, which matters for wall assemblies.
Not significantly. SCC is designed to be highly fluid during placement, but it still sets and cures on a normal timeline. The bigger scheduling benefit is usually on the labor side, since you are not running vibrators through every pour.
SCC is worth considering any time you are working with tight or congested rebar, complex form geometry, or areas where vibration is not practical. The mix flows into place on its own and consolidates under its own weight. No honeycombing, no compromise on final strength.
The main difference is compressive strength. Standard ready-mix typically lands in the 3,000 to 5,000 psi range. HPC starts at 6,000 psi and goes up from there. That added strength means you can often reduce the total volume of material needed, which can lower overall structural costs.
It means the mix is engineered to hit specific outcomes rather than just following a standard recipe. Strength, workability, weight, and placement method are considered for your project type, whether it is a high-rise column, a bridge deck, or a restricted structural form.
