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Meet AK Services.We’re a specialized concrete contractor serving the tri-state region. Precision work, often in tight, t...
10/27/2026

Meet AK Services.

We’re a specialized concrete contractor serving the tri-state region. Precision work, often in tight, technical, or active environments.

Here’s what we do 👇

🪚 Cut it: flat sawing, electric slab sawing, wall sawing, and wire sawing.

🔩 Drill it: core drilling from ½" up, in any direction.

đź’§ Seal it: epoxy, polyurethane, and chemical grout injection.

🏗️ Plus structural modifications and selective demolition, because not every job is a teardown.

Swipe through for the details 👉

Got a concrete job in the tri-state region? Reach out to us for a FREE consultation! 📲

10/22/2026

đź§± This wall is 11 feet thick and packed with heavy rebar.

We’re cutting openings through it using core drilling and diamond wire sawing.

🔩 Core drilling first: 2 inch holes, 11 feet deep, through thick rebar. They give the wire a path through the wall.

🧵 Then wire sawing: no depth limit, and heavy rebar doesn’t slow it down. It’s the method built for walls this thick.

📸 Watch the full process in the reel.

Got a concrete job in the tri-state region? Reach out to AK Services!

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How do you cut through an 11-foot-thick wall? ⬇️Core drilling first, then wire sawing.🔩 Core drilling: 2 inch holes, 11 ...
10/19/2026

How do you cut through an 11-foot-thick wall? ⬇️

Core drilling first, then wire sawing.

🔩 Core drilling: 2 inch holes, 11 feet deep, through heavy rebar. They give the wire a path through the wall.

🧵 Wire sawing: diamond wire does the cutting. No depth limit, and heavy rebar doesn’t slow it down.

📸 Swipe for the process, and the cores that came out.

Got a concrete job in the tri-state region? Reach out to AK Services!

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10/15/2026

đź’§ See these bubbles?

This is urethane going into a leaking concrete water tank at a water treatment center.

The catch: the facility couldn’t go offline for the repair. The leaks were active, so we needed a method that works with water present.

Here’s how it works 👇

🌊 Step 1: Displace the water. Before the urethane goes in, the water moving through the crack has to be pushed out of the way.

đź§Ş Step 2: Inject slowly. Urethane is pushed through the crack under controlled pressure, a little at a time.

🔍 Step 3: Watch what comes out. The water and bubbles you see at the port are the crack clearing as the material moves in.

Why urethane? It’s a flexible material made for sealing leaking cracks, and it expands when in contact with water. That’s why we use it on active leaks in water-holding structures.

Why so slow? These cracks were very fine. Rushing can keep the material from reaching the full depth of the crack, so patience matters more than speed.

Got a concrete job in the tri-state region? Reach out to us!

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đź”§ Patch vs. inject. What's the difference?A surface patch goes on the outside of the crack. It covers what you can see.I...
10/13/2026

đź”§ Patch vs. inject. What's the difference?

A surface patch goes on the outside of the crack. It covers what you can see.

Injection works from the inside. The material is pushed into the crack and fills it through the depth of the concrete.

Here's how it works 👇

📍 Injection ports are set along the crack.
đź§± The surface of the crack is sealed so the material stays where it's supposed to go.
đź’‰ The repair material is pushed in through the ports, filling the crack from the face of the wall inward.

The material depends on the job:

🔩 Epoxy: a rigid material used to bond cracks back together.

đź’§ Urethane: a flexible material used to seal leaking cracks. It reacts with water, which makes it a good fit for active leaks.

đź§Ş Chemical grout: a low viscosity material for very fine cracks and leaks.

Tight cracks take patience. We work slowly and with control so the material goes all the way through, not just across the surface.

That's why we inject when a crack needs to be sealed, not just covered, like the active leaks we repair in water-holding structures.

Got a concrete job in the tri-state region? Reach out to us!

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10/08/2026

đź§± This heavily reinforced concrete wall is gone.

We removed it at a local water treatment facility using core drilling and diamond wire sawing.

Here’s why that combo:

🔩 Core drilling creates the access points the wire needs to get through the concrete.

🧵 Wire sawing does the cutting. There’s no depth limit, so it can go through thick sections a blade saw can’t reach, and heavy rebar doesn’t slow it down.

It takes more setup than a blade saw, but on a heavily reinforced wall, it’s the method built for the job.

📸 Watch to see the before, the cutting, and the final result.

Got a concrete job in the tri-state region? Reach out to AK Services!

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🧱 One reinforced concrete wall. Gone.Swipe to see it come down 👉This was a wall removal at a local water treatment facil...
10/05/2026

đź§± One reinforced concrete wall. Gone.

Swipe to see it come down 👉

This was a wall removal at a local water treatment facility, done with core drilling and diamond wire sawing.

🔩 Core drilling came first, creating the access points the wire needs to get through the concrete.

đź§µ Then wire sawing did the cutting, working through heavy rebar in stages until the wall was out.

📸 From the standing wall to the finished result.

Slower than a single pass, but on a heavily reinforced wall at an active facility, that's the method built for the job.

Got a concrete job in the tri-state region? Reach out to us!

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🕳️ 11 feet deep. 2 inch holes. Heavy rebar the entire way down.This is prep work, coring access holes to set up the next...
09/29/2026

🕳️ 11 feet deep. 2 inch holes. Heavy rebar the entire way down.

This is prep work, coring access holes to set up the next phase of wire sawing on this job. Nobody sees this part, but it's just as demanding as the cut itself.

Every hole went through thick, dense rebar for the full 11 feet. That pile of cores is what came out of just this one section.

Cutting concrete right starts long before the actual cut.

📞 Got a concrete job in the tri-state region? Reach out, we can help.

Address

310 Evergreen Ste 105
Louisville, KY
40243

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