What It Includes
Flat Surfaces and Structural Concrete, One Crew
From a driveway you park on to the footers and poured walls that support a build, Penn Star’s crews handle both the visible surface work and the structural concrete underneath it.
1
Driveways
Built to handle daily traffic and weather.
2
Sidewalks & Walkways
Clean, level paths that hold up over time.
3
Patios
A solid foundation for outdoor living.
4
Slabs
Garage, shed, and foundation pours.
5
Curbs & Gutters
Functional detail work, done right.
6
Commercial & Industrial
Parking lots and warehouse floors at scale.
7
Stairs
Square, rounded, or any custom shape you need.
8
Footers & Poured Walls
Foundation footings, structural walls, and similar work.
Why It Matters
The Part Nobody Sees Until It Goes Wrong
A well-poured flatwork surface isn’t just functional; it protects your investment. Proper prep and finishing greatly reduce the risk of uneven settling and drainage problems down the road.
Concrete can crack over time; that’s true even with the best installation, due to natural settling, temperature swings, and other factors outside anyone’s control. Quality prep and finishing make it less likely and help encourage cracks toward joints rather than the middle of a surface, but no one can guarantee exactly where or whether they’ll happen.
What Good Prep Looks Like
Proper grading for drainage, a compacted base, and correctly placed control joints, done before a truck ever arrives.
Set Realistic Expectations
No concrete surface is 100% crack-proof, even ours. Good prep and correctly placed control joints make it more likely cracks occur along those joints instead of elsewhere, but that’s not something we, or anyone, can guarantee.
Footers
The footing is the base a foundation sits on, poured below the frost line and sized to properly distribute the structure’s weight into the soil beneath it.
Poured Walls
Formed and poured concrete walls, commonly used for foundations, basements, and retaining applications, built for strength and long-term structural stability.
Structural Concrete
Footers and Poured Walls
Not every job is a surface you walk on. Footers and poured walls are the structural concrete work that supports a build from the ground up, and getting them right matters more than almost anything else on a job site.
Another Thing We Pour
Stair Pours, in Any Shape You Need
Have a shape in mind that’s neither? We form and pour stairs to whatever your project calls for.
1
Square & Straight
Clean, classic stair lines that fit any entryway or patio.
2
Rounded & Curved
Softer, custom curves for a more distinctive look.
Project Gallery
Recently Finished Concrete Projects
A look at real Penn Star projects, more photos added regularly.
Why Penn Star
Experienced Crews, the Right Equipment, Every Stage Covered
Our crews handle every stage, from prep to finish, backed by the right delivery method for the job, meter truck precision or mixer truck volume. Pennsylvania, New Jersey, Maryland, and Delaware are our core service areas, with additional Mid-Atlantic coverage available on a project-by-project basis. Part of Pioneer Pole Buildings since 2023, we bring the reliability of an established company to every project we take on.
Licensed & Insured
Residential & Commercial
Meter & Mixer Trucks
Protecting Your Investment
What Can Damage Concrete Over Time
Concrete is durable, but it isn’t indestructible. Here’s what actually causes most of the wear we see on driveways, patios, and walkways.
Chemicals & Liquids
Acids
Citrus juice, vinegar, spilled soda, and some industrial cleaners contain acids that break down the calcium compounds holding concrete together.
De-Icing Salts
Sodium and calcium chloride can seep into the surface, speeding up scaling, flaking, and rust on any rebar underneath.
Sulfates
Found in some soils and groundwater, sulfates react with cement in ways that cause expansion, cracking, and surface spalling.
Petroleum & Fuel Spills
Motor oil, gasoline, and other petrochemicals can soak into unsealed concrete and weaken it if not cleaned up promptly.
Pet Urine
The ammonia and salts in pet urine can discolor concrete and, with repeated exposure, break down sealed or decorative finishes over time.
Environmental & Physical Factors
Water & Freeze-Thaw Cycles
Standing water weakens the base below the surface, and water that freezes inside tiny pores expands, gradually breaking the concrete apart.
Heavy, Repeated Loads
Parking heavy vehicles or storing equipment in the same spot over time can create pressure points that lead to sinking or cracking.
Aggressive Pressure Washing
Too much pressure, or the wrong cleaning chemicals, can wear away the protective outer layer of the surface over time.
Reactive Aggregates (ASR)
In rare cases, certain aggregate materials react with the cement over time, causing internal expansion and cracking, a mix design issue more than a maintenance one.
Sealing can help reduce exposure to several of these risks. Ask us about options for your project when you request a quote.
Common Questions
Everything You’re Probably Wondering
You can typically walk on new concrete after 24 to 48 hours. Driving on it, like a new driveway, generally needs about 7 days, and concrete continues to gain strength for around 28 days as it fully cures.
Proper prep includes grading the site for drainage, compacting a stable base, and forming the area to the correct dimensions, all before any concrete is poured. Good prep significantly reduces the risk of settling and helps control cracking, though no concrete surface is entirely crack-proof.
Yes. Our crews and equipment handle everything from a backyard patio to large-scale commercial parking lots and warehouse floors.
A proper base, correctly placed control joints, and the right mix and finishing technique all make cracking less likely and help encourage it to happen along those joints rather than elsewhere, but this isn’t something we, or anyone, can guarantee. Cracking can happen over time regardless of installation quality; it’s a natural part of how concrete cures and settles, not necessarily a sign of a problem.
Yes, especially deicing salts containing ammonium nitrate or ammonium sulfate, which can actively attack the concrete surface. Rock salt (sodium chloride) is gentler but can still contribute to surface scaling over time, particularly during freeze-thaw cycles.
A footer is the base that spreads a structure’s weight into the soil below, poured first and below the frost line. A foundation or poured wall sits on top of that footer and forms the actual vertical walls of a basement or crawlspace. You need both; the footer supports the wall, and the wall supports the structure above it.
Footer depth depends on your local frost line and soil conditions, and is typically set by local building codes. Pouring below the frost line matters because it keeps the footer below the depth where the ground freezes and shifts, which is what prevents heaving and cracking over time. We confirm the correct depth for your project and area before we pour.
Concrete typically reaches enough strength to safely continue construction within about 7 days, though full strength develops over roughly 28 days. Timelines can shift based on weather, mix design, and wall thickness; we’ll walk you through the schedule for your specific project.
Ready When You Are
Let’s Build a Surface That Lasts
Whether it’s a driveway or a full commercial lot, get a free, no-obligation quote from the Penn Star team.
