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Can I Use Spray Foam to Lift Concrete in Beaumont, TX IMG

Can I Use Spray Foam to Lift Concrete in Beaumont, TX?

Alison R. Sinclair | 02 Jul 2025

Can I Use Spray Foam to Lift Concrete in Beaumont, TX?

Yes, you can use polyurethane foam for lifting and leveling concrete in Beaumont, TX, a method known as polyjacking or LEVELift, which is a more efficient and durable alternative to traditional mudjacking. When heavy slabs settle in the Gulf Coast’s moisture-rich soils, you might assume costly tear-out and replacement is your only option. Polyurethane foam lifting offers a faster, cleaner, and cost-effective fix that brings the concrete surface back to its original height—saving budgets on large–scale commercial floors and port aprons. 

In just hours, precisely injected foam expands beneath the slab, re-establishing grade and load capacity while minimizing downtime. Below, you’ll learn exactly how the process works, why it excels in Beaumont’s climate, and what to expect from start to finish.

Key Takeaways

  • Polyurethane foam lifting (polyjacking) uses high-density, expanding foam that flows into voids and quickly hardens, restoring slab alignment in minutes and supporting full traffic loads within hours.
  • Compared with mudjacking, foam requires smaller injection holes, cures faster, and adds minimal weight—critical for Beaumont’s moisture-sensitive clays where heavy grout can worsen settlement over time.
  • Spray foam lifting is ideal for industrial floors, port driveways, municipal sidewalks, highway panels, and airport aprons—anywhere rapid return to service and minimal disruption are priorities.
  • The closed-cell foam is hydro-insensitive and resists erosion, making it well-suited for the Gulf Coast’s high water table, heavy rainfall, and hurricane-driven saturation cycles.
  • Project costs are typically 40–60 % less than full-depth replacement, with most slabs ready for normal loads the same day, producing a strong ROI by reducing demolition, material, and downtime expenses.
  • Selecting an experienced Beaumont contractor—such as Superior PolyLift™—with polyurethane certification and geotechnical expertise ensures proper lift planning, precise foam dosing, and long-term slab stability.

Understanding Polyurethane Foam Lifting in Beaumont

The Gulf Coast’s expansive clays, fluctuating moisture, petrochemical traffic, and heavy equipment loads make concrete settlement a recurring challenge. Polyurethane foam concrete lifting, often branded as polyjacking or LEVELift, counteracts this by injecting lightweight, high-strength foam beneath the slab, filling voids and raising it back to grade.

What Is Polyjacking?

Polyjacking involves drilling 5/8-inch ports through the slab, then pumping a two-part polyurethane resin beneath it. The components mix, expand up to 25 times their liquid volume, and cure within minutes, gently lifting the slab while compacting underlying soils.

How Does Polyurethane Foam Work?

  1. Liquid resin and hardener meet in the injection gun.
  2. The blend flows like syrup, infiltrating small fissures and voids.
  3. Exothermic expansion begins, exerting uniform pressure on the slab base.
  4. Technicians monitor elevation with laser levels, halting injection at target grade.
  5. Foam hardens to a compressive strength exceeding 80–100 psi—and shear strength of 0.45—rivaling new concrete sub-base.
MethodTypical Hole SizeAdded Weight (lb/ft³)Traffic ReopenAverage Cost Range*Ideal Uses
Polyjacking5/8"2–415–60 min$4–$7/ft²Industrial, municipal
Mudjacking1½"–2"100–14024–48 hr$3–$6/ft²Limited situations
Full Replacement7–28 days$8–$14/ft²Severely broken slabs

*Regional averages for projects in Beaumont, TX and surrounding parishes; actual pricing varies by thickness, access, and volume.

Advantages of Polyurethane Foam Lifting

Speed and Minimal Downtime

Lifting foam reaches 90 % strength in 15 minutes, so forklifts, semi-trailers, and refinery service vehicles can resume almost immediately. Businesses avoid long shutdowns and lane closures common with replacement.

Long-Term Durability in Southeast Texas Climate

Closed-cell foam resists water infiltration, salt, crude-oil drips, and petrochemical exposure. It maintains structural integrity even when Beaumont sees 60+ inches of annual rainfall or storm-surge flooding.

Lightweight Yet Powerful

Because foam weighs less than 4 lb/ft³, it stabilizes without adding significant load to already soft sub-grades. Mudjacking grout can re-sink slabs by burdening soils with 20–30 tons of slurry.

More Inconspicuous Repairs

The 5/8-inch ports are much more inconspicuous once we patch the holes, compared to traditional 2-inch mudjacking “buttons.” Facility aesthetics and safety striping stay intact.

Applicability Across Industrial and Municipal Slabs

From ports to petrochemical plants, Beaumont’s infrastructure depends on level slabs for efficiency and safety.

Warehouse & Distribution Floors

Uneven expansion-joint edges hinder forklift movement and damage palletized goods. Foam lifting restores flatness overnight, letting crews return to full production the following morning.

Heavy-Duty Driveways & Aprons

Service driveways that accept tankers or heavy rolling stock often suffer sunken panels. Polyjacking’s rapid cure reduces schedule disruptions and meets DOT load ratings.

Airport Aprons & Taxiways

Taxiways settle under jet thrust and fuel leakage. Polyurethane concrete lifting produces fast, reliable lifts that satisfy FAA strength requirements.

Portable Buildings & Crawl Spaces

Industrial porta-cabins and portable buildings often sit above shallow crawl spaces. Foam injection fills hidden voids, supporting skids and utility chases while avoiding full crawl space encapsulation costs.

Unique Conditions in Beaumont That Influence Concrete Settlement

Situated near the Neches River delta, Beaumont faces geotechnical factors that accelerate slab movement.

Gulf Coast Soil Characteristics

Expansive clay layers shrink during droughts and swell after rains, undermining slab support. Polyurethane foam penetrates fissures, binds loose soils, and mitigates volumetric cycles.

High Moisture and Hurricanes

Storm surges and heavy rain wash out fines under concrete. Closed-cell foam forms a moisture barrier, locking soils in place and resisting erosion.

Petrochemical Traffic Loads

Refineries and terminals move massive loads daily. The foam’s compressive strength—often above 100 psi—handles frequent dynamic forces without crushing.

Spray Foam Lifting Process Step-by-Step

Knowing how a crew operates sets expectations for scheduling and coordination.

1. Inspection & Mapping

Technicians laser-scan the slab, document settlement magnitudes, and mark injection points to achieve uniform lift. Recent concrete raising analytics guide the plan.

2. Drilling Small Injection Ports

5/8-inch holes are core-drilled on a grid pattern. Dust is collected to keep the environment clean and safe for ongoing operations.

3. Controlled Foam Injection & Monitoring

Operators inject foam incrementally, watching elevation gauges in real time. The expanding foam is injected until the concrete slab returns to grade—avoiding over-lifting.

4. Final QC and Traffic Reopening

Ports are patched with high-strength mortar. After a brief cure, the surface is swept, inspected, and reopened—often in under four hours from arrival. Most clients wait to use the area only long enough for the patch to set.

Bullet-point recap:

  • Non-destructive scanning verifies void locations.
  • Precision drilling limits cosmetic impact.
  • Incremental lifts prevent over-raising.
  • Real-time laser monitoring guarantees accuracy.
  • Quick patching restores surface integrity.

Cost Considerations & ROI

Polyjacking’s value lies in more than just unit price.

  • Direct cost savings: Averaging $4–$7 per square foot, foam lifting beats replacement by roughly half.
  • Indirect savings: Reduced downtime, no hauling fees, and zero disposal costs amplify overall ROI.
  • Lifecycle economics: Our 5-year warranted poly foam extends slab life with minimal maintenance.

Key pricing variables include:

  1. Slab thickness and size.
  2. Lift height required.
  3. Accessibility for pump hoses and rigs.
  4. Traffic management needs.

Each free quote will outline the injection process, foam volume, and exactly what it’s going to cost.

Frequently Asked Questions

Below are concise answers to common queries specific to large-scale leveling services in Beaumont, TX.

How Long Does Polyjacking Last?

When correctly installed, foam maintains density and strength for decades. Field data show lifts exceeding 20 years with negligible movement, especially when proper drainage and joint sealing are maintained.

Is the Polyurethane Environmentally Safe?

The cured foam is chemically inert, non-toxic, and meets EPA guidelines. Its closed-cell structure prevents leaching into groundwater, making it a greener option than cement-based slurries.

Can Work Be Performed During Plant Operations?

Yes. Crews often stage during low-traffic windows, keeping one lane or work zone open. The small equipment footprint and rapid cure allow continuous production for most facilities.

Choosing a Concrete Lifting Contractor in Beaumont

Not all foam-lifting providers deliver equal results. Superior PolyLift™ has the experience in the concrete industry and certified concrete levelers to ensure every job is done right the first time.

  • Verify manufacturer certifications and flow-meter calibration.
  • Review projects in Beaumont, TX and surrounding Gulf Coast markets.
  • Demand a safety plan that meets OSHA and facility-specific standards.

Next Steps & Contact

Superior PolyLift™ offers a wide range of commercial concrete lifting and stabilization services—from driveway aprons to interior leveling inside hangars. If you would like a quote, please feel free to either contact us via phone or fill out the contact form on this page to set up your free quote. Our foundation support specialists will explain how our concrete lifting foam surpasses methods used by mudjackers and outline the compressive and shear strength specifications. Give us a call today and see how quickly we can bring your concrete to level.

Conclusion

Polyurethane spray foam lifting provides Beaumont’s industrial and municipal sectors a swift, durable remedy for sunken or uneven concrete. The process uses lightweight, waterproof foam to fill voids, raise slabs, and stabilize sub-grades, with traffic often resuming the same day. Benefits include smaller drill holes, minimal added weight, and proven longevity in Gulf Coast conditions. Compared to traditional replacement, polyjacking cuts costs, curtails shutdowns, and extends service life. If settled concrete threatens safety or efficiency, schedule a professional evaluation to see how Superior PolyLift™ can restore grade and reliability—quickly, cleanly, and cost-effectively.

Can I Use Spray Foam to Lift Concrete in Beaumont, TX QR
FAQs
Poly concrete leveling relies on lightweight polyurethane foam, while mudjacking pumps a dense cement-slurry. Foam’s lower weight prevents future settlement, cures in minutes, and requires smaller holes. The result is a more durable, cost-effective solution for heavy-duty industrial sites and highway panels that can’t afford long closures.
Closed-cell foam is impervious to petrochemicals found around refineries and tank farms. It will not absorb oils or fuels, so its structural properties remain stable even if spills occur above the repaired concrete surface.
Yes. High-density foam can be injected beneath sunken rail spurs to re-establish proper gauge alignment and support dynamic loads. The process is coordinated with railroad operations, and sections can reopen in under an hour.
Foam can usually lift up to 6–8 inches in a single injection sequence. For deeper settlement, multiple controlled lifts are staged. Our geotechnical team evaluates void depth to design a safe, gradual raise without overstressing the slab.
Our 5-year warranted poly foam is formulated for industrial loading and certified by third-party labs for compressive strength. The warranty covers both material integrity and performance of the lift, provided proper drainage and joint maintenance are observed.
No. The foam is lightweight and easily cut if new conduit or piping trenches are required. Unlike grout, it doesn’t turn into a massive concrete block, so excavation crews can remove it with hand tools or small equipment.
Absolutely. Our crew specializes in leveling inside operational facilities, including machine bases, fabrication bays, and portable buildings. We coordinate shutdown windows and use low-emission rigs so ventilation remains uncompromised.
Most projects reach 90 % compressive strength within 15-30 minutes. Forklifts, track loaders, or semi-trailers can typically access the slab less than an hour after the final injection, minimizing production delays.
For industrial crawl spaces beneath data centers or utility corridors, foam can both fill voids and seal out moisture, reducing the need for full crawl space encapsulation systems while adding structural support.
Your no-obligation quote will outline slab dimensions, injection points, foam volume, estimated lift height, traffic control strategy, and total cost. We also provide before-and-after laser readings so you know exactly how the job is done right.
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