Farm‑Grade Concrete Services
Agricultural concrete is its own category. Loads are heavier, conditions are harsher, and the cost of failure is measured in crop losses and livestock injuries. Every slab we pour for farm operations is designed for that reality, not for a warehouse or a garage.
Mix design, thickness, fiber reinforcement, and drainage slope all vary by application. We spec each pour to the job, not to a standard template.
Engineered ring walls and center slabs built to handle the full static and dynamic load of grain storage bins through Minnesota freeze-thaw cycles.
Sloped, durable concrete surfaces under feed bunks that shed runoff, resist hoof wear, and stay safe for animals walking the line.
High-traffic pads sized for your cattle numbers, with drainage grades designed to keep standing water away from animals and feed.
Grooved or brushed concrete alleys in hog and dairy facilities that give livestock secure footing during daily feeding movements.
Reinforced concrete push walls for silage bunkers and commodity storage, rated for repeated loader contact and heavy lateral pressure.
Confinement yard slabs with proper cross slopes and perimeter drainage to manage manure runoff while keeping lot surfaces firm underfoot.
Smooth, cleanable concrete floors for broiler and layer houses, designed for biosecurity, easy washdown, and long service life under concentrated housing loads.
Heavy-duty floors for equipment storage and maintenance, thickened at doorways and under machine bays where combines and grain carts park.
Stall floors, alley floors, and common areas in free-stall and tie-stall dairy barns, with surface texture matched to animal welfare standards.
Containment pads under fertilizer and chemical storage tanks, often including a secondary containment berm to meet environmental compliance requirements.
Foundation slabs and apron pads at silo bases, reinforced to take the point loads of upright silo legs and transition cleanly to surrounding grade.
Concrete lanes through farmyards and between buildings built wide enough for modern equipment and thick enough to take loaded grain cart passes without cracking.
Perimeter aprons around manure storage that keep pumping equipment stable and create a sealed transition between the pit liner and surrounding grade.
Why Pouring Praises
Built for Farms. Not Adapted from Commercial Work.
Most concrete contractors work residential and commercial, then take an agricultural job when it comes along. We have been specifically doing agricultural pours in this region for three decades. That difference shows up in mix selection, drainage design, and every structural detail that keeps a farm running without interruption.
SE Minnesota Soil and Climate Knowledge
Black clay soil in this region moves. Frost depth in Olmsted and Dodge counties demands footings and sub-base prep that out-of-area contractors underestimate. We have poured agricultural concrete here through every freeze-thaw cycle imaginable and we spec accordingly. That is why our grain bin foundations and pit surrounds do not heave, crack, or settle the way cheaper pours do after three winters.
Agricultural Mix Designs, Not Residential Concrete
We do not pour the same 3,000 psi residential mix into a feedlot pad and call it done. Feedlots and livestock alleys get fiber reinforcement, air entrainment tuned to our climate, and higher compressive strength because the loads and chemical exposure are different. We have built relationships with regional ready-mix suppliers who batch to our agricultural specs, which means no substitutions on pour day.
Project Timing Around Your Operation
A farm cannot shut down for construction season. Planting, harvest, and livestock care schedules are fixed. We plan pours around your operation so a grain bin foundation does not land during harvest or a feedlot pad does not interrupt your cattle rotation at peak weight. We have been scheduling around farm calendars long enough to know where the conflicts are before you point them out. Reach us early and we can hold a window before the busy season fills up.
How an Agricultural Pour Comes Together
Three steps between your first call and a finished slab ready for equipment, animals, or grain storage.
Site Visit and Load Analysis
We come out to the farm and look at the actual site conditions: soil type, existing drainage patterns, what equipment will be on the slab, and whether freeze-thaw exposure is a concern for that specific location on your property. Grain bins, feedlots, and machine sheds each have different structural demands and we size the slab accordingly before any numbers are discussed. This is not a bid walk, it is an engineering conversation. We want to understand how the concrete will be used before we spec the pour. Call us at (507) 735-8820 to schedule the visit.
Sub-Base Preparation and Form Setting
Most concrete failures in agricultural settings start below the slab, not in it. We excavate to undisturbed soil, install compacted gravel at the correct depth for your frost zone, and set forms to the drainage grades we designed during the site visit. For feedlot pads and livestock alleys we are precise about cross slopes because a half-inch error in grade means standing water and animal health problems. Steel reinforcement or fiber reinforcement goes in before any concrete is ordered, with no shortcuts on placement or lap lengths. When the sub-base is done correctly, the concrete above it can do its job for decades.
Pour, Finish, and Cure Confirmation
Concrete is ordered to our agricultural spec from a local ready-mix plant we trust. Placement, consolidation, and surface finishing happen with a crew that has done this work together long enough to move efficiently without cutting corners. For livestock surfaces we apply the correct broom texture for animal traction. For machine shed floors we trowel to a harder finish. Curing compound goes on before we leave the site. We confirm cure progress before the slab is opened to traffic and we will tell you directly when it is ready for equipment and animal loads. If anything looks wrong after placement, contact us before it cures. We stand behind this work. View finished agricultural projects in our project gallery.
Agricultural Concrete Questions
Common questions from SE Minnesota farm operators about specifications, timing, and what to expect from an agricultural concrete project.
How thick does a grain bin foundation need to be in Minnesota?
The minimum we recommend for grain bin ring walls in SE Minnesota is 8 inches of reinforced concrete with a properly compacted gravel sub-base at least 6 inches deep. For larger bins holding 10,000 bushels or more, we typically go to 10 or 12 inches depending on the soil bearing capacity at your specific site. Minnesota frost depth in Olmsted and surrounding counties reaches 48 to 60 inches, so the footing depth below grade matters as much as the wall thickness. A shallow footing in black clay soil will heave and crack the ring wall within a few winters no matter how thick the concrete is. We design bin foundations for the actual site, not for a catalog spec sheet. Call (507) 735-8820 for a site visit before you commit to a bin installation.
What is the right concrete mix for a feedlot pad?
Feedlot pads face a combination of heavy static load from cattle, repeated impact from skid loaders and scrapers, and chemical attack from manure and urine. We specify a minimum 4,000 psi air-entrained mix with polypropylene fiber reinforcement for feedlot surfaces. The air entrainment protects the surface during freeze-thaw cycling, the fiber controls early cracking, and the higher compressive strength handles the point loads from loader buckets. Standard residential 3,000 psi mix will surface scale within two winters on a feedlot. The extra material cost in the mix is far less than the cost of resurfacing a failed pad in year three.
How do you prevent cracking in livestock alleys and feeding lanes?
Cracking in livestock concrete comes from three sources: shrinkage during curing, freeze-thaw movement, and sub-base settlement. We address all three. Control joints are cut or tooled at intervals no more than 12 to 15 times the slab thickness, which limits where cracks form and keeps them tight. The sub-base is compacted in lifts and tested before any concrete goes down. Mix design includes air entrainment and, for alleys with heavy traffic, synthetic fiber reinforcement. We also educate farm operators on the curing window: a livestock alley opened to full hog or dairy traffic at 48 hours will micro-crack before the concrete reaches design strength. Seven days of curing before light traffic and 28 days before heavy machine access is the standard.
Can you pour agricultural concrete during winter in Minnesota?
Cold-weather concrete work is possible in Minnesota but it requires specific precautions that not every crew takes seriously. When ambient temperatures are below 40 degrees Fahrenheit, fresh concrete must be protected from freezing during placement and through the initial curing period. We use heated enclosures, insulated blankets, and accelerating admixtures when appropriate, and we track concrete temperature continuously during cold-weather pours. We will not pour on a day when conditions make quality concrete impossible, and we will tell you that directly rather than take the job and cut corners. If your project window falls in November through March, call us early to discuss realistic scheduling options. Some agricultural pours, especially large feedlot pads, are better deferred to spring than rushed in marginal conditions.
Do you handle the drainage design for feedlot and cattle lot slabs?
Yes. Drainage is part of our scope on every agricultural project, not an afterthought. We design cross slopes and perimeter drainage grades during the site visit so runoff moves away from feed areas, water does not pond near structure foundations, and manure does not accumulate in low spots. For regulated operations we are familiar with MPCA feedlot rules for concrete confinement areas and we can design surfaces that meet setback and drainage requirements. If you have existing drainage infrastructure we need to tie into, bring that information to the site visit and we will design around it. Flat slabs on farm sites cause years of problems and we will not spec one just to save time on form setting. Contact us to set up an evaluation of your site.
Get Your Free Quote
Ready to Talk About Your Farm Project?
Grain bin foundations, feedlot pads, livestock alleys, machine sheds. Whatever agricultural concrete work is on your list for this season, let us take a look at the site and tell you exactly what it will take. No pressure, no generic bids based on square footage alone. We come out, we look at your soil and your operation, and we give you numbers based on what we actually see. Check out our work gallery to see completed farm projects across SE Minnesota, then get in touch to start the conversation.