Concrete Services

Measuring a crack in a concrete slab during a professional concrete evaluation

How Kent Home Services Conducts a Concrete Evaluation Before Recommending Repairs

Not every cracked, chipped, or uneven concrete surface needs the same solution.

Some issues can be repaired effectively. Others point to deeper problems that make replacement the smarter long-term investment.

That is why Kent Home Services starts with a full evaluation before recommending concrete repairs. Instead of treating only what is visible on the surface, we look for the underlying cause of the damage so homeowners can make a more informed decision about what comes next.  

Why a Concrete Evaluation Matters

Concrete damage is not always as simple as it looks. A surface crack might be stable, or it could be a sign of active movement. Spalling or discoloration may seem cosmetic at first, but in some cases, they can point to moisture intrusion, chemical exposure, or deeper structural issues.

If repairs are recommended without understanding what caused the damage, there is a higher chance the problem will come back.

That is why our evaluation process is designed to answer two questions:

  • What type of damage is present?
  • What is actually causing it?

Once those answers are clear, it becomes easier to recommend the right next step.  

Our Concrete Evaluation Process

A thorough concrete assessment is a multi-step process. At Kent Home Services, that process is focused on identifying both visible damage and less obvious conditions that may affect whether a repair will last.  

Step 1: Visual Inspection and Damage Mapping

The first step is a hands-on visual inspection of the affected area. This helps document the type, location, and pattern of distress across the concrete surface.

Measuring a crack in a concrete slab during a professional concrete evaluation
Kent Home Services checks crack patterns, width, and movement to help determine the right repair approach.

During this stage, we look for:

Crack patterns and movement

We assess the pattern, width, and depth of cracks. One important part of this step is determining whether cracks appear dormant or active. That matters because stable cracks and moving cracks often require different repair approaches and materials.  

Surface defects

We check for signs of spalling, scaling, chipping, flaking, or pitting. These surface issues can tell us a lot about the condition of the concrete and whether the problem is limited to the surface or part of a larger deterioration pattern.  

Discoloration and moisture signs

Dark patches or white, powdery residue may indicate moisture intrusion or chemical exposure. These signs are important because moisture can affect both the concrete itself and the performance of future repairs or coatings.  

Structural alignment

Checking uneven concrete elevation during a structural alignment inspection
Changes in slab elevation can point to settlement or support issues beneath the concrete.

We also look for sunken slabs, uneven joints, or changes in elevation. These can point to subbase issues or shifting support underneath the slab, which may change the recommendation entirely.  

Step 2: Physical and Non-Destructive Testing

Some concrete problems are easy to see. Others are hidden below the surface. That is where non-destructive testing can help.

These methods allow specialists to gather more information about internal conditions without tearing into the slab first. 

Tools and methods may include the following:

Sounding

Hammer tapping or chain dragging can help identify hollow or dull areas that suggest delamination, which is when internal layers begin separating. This can reveal hidden issues that may not be obvious during a visual inspection alone.  

Moisture testing

Using a moisture meter on concrete during a repair evaluation
Moisture testing helps determine whether a concrete surface is ready for coatings, patches, or other repairs.

Moisture testing helps determine whether the slab contains too much moisture for coatings or patch materials to bond properly. This is especially important when repairs involve surface treatments or overlays.  

Advanced scanning methods

In some cases, Ground Penetrating Radar can help locate rebar and subsurface voids, while infrared thermography can reveal internal heat differences caused by cracks or trapped moisture. These tools are useful when a project requires deeper investigation.  

Step 3: Deciding Next Steps

Once the evaluation is complete, the next step is deciding what to do.

That decision is typically based on several factors:

  • Extent of the damage

If damage affects more than about 25-30% of the surface, or if structural cracks run through the full slab, replacement is the best option.

  • Root cause of the problem

If the real issue is shifting soil, poor support, or another subbase problem, concrete raising with mudjacking or polyurethane foam may be a good option to get the concrete level, or replacement is a great option to fix the underlying issues.

  • Long-term cost versus short-term savings

Concrete raising costs less upfront, but that does not always make it a better value. Part of the evaluation process is comparing the expected life of a repair against the cost and durability of full replacement.  

What Homeowners Can Take Away From This

The biggest takeaway is that visible damage does not tell the whole story.

Two surfaces may look similar from the outside, but need completely different solutions.

That is why evaluation comes first. It helps avoid spending money on the wrong solution and gives homeowners a clearer idea of what will actually hold up over time.

Common Signs Your Concrete Should Be Evaluated

Homeowners should consider a professional concrete evaluation if they notice:

  • cracking that seems to be spreading or widening
  • sunken or uneven slabs
  • flaking, scaling, or pitted surfaces
  • dark patches or white residue on the concrete
  • water pooling in certain areas
  • recurring damage after previous repairs

Several of these signs are directly referenced in your draft as part of the evaluation process because they can point to deeper issues beneath the surface.  

FAQs About Concrete Evaluation and Replacement

How do you know if concrete should be replaced?

That depends on the extent of the damage, the underlying cause, and the likely lifespan of a repair. According to the draft, if damage covers more than 25 to 30 percent of the surface or structural cracks go through the slab, replacement is often the more cost-effective option.  

What types of problems can a visual concrete inspection reveal?

A visual inspection can help identify crack patterns, surface defects like spalling or scaling, discoloration linked to moisture or chemical exposure, and alignment issues such as sunken slabs or uneven joints.  

Is a free concrete evaluation available?

Kent Home Services offers free evaluations and estimates with experienced concrete specialists.  

Start With the Right Recommendation

If your concrete is cracking, chipping, sinking, or showing signs of wear, the next step isn’t always obvious from the surface alone. Kent Home Services carefully evaluates concrete before making recommendations, so homeowners can make decisions based on actual conditions, not guesswork.

Call Kent Home Services at 616-209-3608 to schedule your free evaluation and estimate for your concrete project.  

Old cracked concrete driveway before replacement at a Michigan home

Concrete Driveway Installation: A Community Effort That Changed a Family’s Everyday Life

At Kent Home Services, we often say that concrete work goes far beyond the physical work we do. It’s also about building strong foundations for people’s lives. 

Today, I want to share a story that reminds me why we do what we do. It’s the story of how three companies, including ours, worked together on a concrete driveway installation that made a real difference for one Michigan family.

A Family Facing More Than a Driveway Problem

Old cracked concrete driveway before replacement at a Michigan home
The original driveway was too narrow, cracked, and uneven, making daily parking and safety a challenge.

Jennifer is a 49-year-old elementary school teacher from Hudsonville, Michigan. Her days are busy with teaching, organizing school events, and driving her four kids to their activities. She handles everything with care and energy, but life became much harder when her husband, Mike, passed away in November 2024 after a nearly three-year battle with cancer.

Suddenly, Jennifer was managing the household and her kids’ schedules alone. As her older children started driving, parking became a new problem. Her narrow, cracked driveway couldn’t fit all the vehicles. During the snowy Michigan winters, parking on the street was not possible. What seemed like a minor issue became a daily source of stress.

A Simple Idea That Grew Into Something Bigger

One day, Chad, a parent of one of Jennifer’s students and the owner of DeWent Concrete Redi-Mix, noticed the situation. He realized that something as simple as a new driveway could ease some of Jennifer’s daily challenges.

Chad reached out to two people. The first was Eric, owner of Solid Excavating, and the second was me. He asked if we would be willing to help at no cost. It was an easy decision to say yes.

We later learned that Eric’s children were friends with Jennifer’s children, and I had even attended elementary school with Mike almost 40 years ago. It was clear that this project was about more than concrete. It was about community.

Step by Step: How the Driveway Came Together

Once we decided to help, the project moved quickly. Everyone involved shared the same goal: to create a safe, functional, and aesthetically pleasing driveway for Jennifer and her family. Here’s how we did it.

1. Clearing the Way (Solid Excavating)

Solid Excavating's excavation truck and equipment arriving on-site for concrete driveway removal
Solid Excavating arrives with equipment to begin removing the old concrete and preparing the site.

Eric and his team started by removing the old, damaged driveway. They expanded the area, cleared tree roots that could cause future issues, and installed a stable sand base to support the new concrete.

2. Building the Foundation (Kent Home Services)

 

Construction crew setting forms and compacting sand base before concrete pour
Forms are set and the sand base is compacted to provide a stable foundation for the new driveway.

Next, my team set precise concrete forms to shape the new driveway. We focused on creating a layout that would allow for safe and easy parking, while also improving the overall appearance of the property.

3. Pouring and Finishing (DeWent + Kent Home Services)

Concrete being poured into prepared driveway forms by construction crew
The Kent Home Services team pours and spreads fresh concrete to create the new driveway

DeWent delivered high-quality 6-sack limestone concrete with integral sealer. My crew handled the pouring and finishing, paying close attention to detail to ensure a smooth and long-lasting result.

The Result: A Driveway That Made Life Easier

In just three days, the project was complete. Jennifer now has a spacious and durable driveway that accommodates all her family’s vehicles. Parking is no longer a daily challenge, and the risk of slips and falls during the winter has been dramatically reduced.

Newly finished concrete driveway providing expanded parking space and improved safety
The final result: a beautiful, spacious concrete driveway that transformed daily life for the family.

But this project did more than solve a parking problem. It brought people together. It reminded us that our work has a real impact on people’s lives and that sometimes, a simple driveway can mean so much more.

FAQs About Concrete Driveway Installation

Q: How long does a typical concrete driveway installation take?

Most projects take about two to three days, depending on the size of the driveway and weather conditions.

Q: How soon can I use my new driveway?

You can usually walk on it within 24 to 48 hours, but it’s recommended to wait seven to ten days before parking vehicles on it.

Q: What is the average lifespan of a concrete driveway?

With proper installation and maintenance, a concrete driveway can last 30 years or more.

Q: Does integral sealer make a difference?

Yes. Integral sealer helps protect the driveway from moisture, salt, and freeze-thaw damage, which means fewer repairs and longer-lasting concrete.

Ready to Start Your Concrete Driveway Installation?

Stories like Jennifer’s show what is possible when people come together and focus on making a difference. At Kent Home Services, we believe that concrete driveway installation is more than a construction project. It’s an investment in safety, functionality, and quality of life.

If you’re ready to transform your driveway, we’re here to help. Contact us today for a free estimate, and let’s build something that makes your daily life easier and better.