Polyurethane Resin Information

Fundamental to healthy concrete is a solid substrate—well-compacted soils provide a foundation upon which concrete structures perform. Over time, forces of nature take their toll. Decomposing soils, erosion and ground water migration break down this foundation. This is the root cause for concrete slabs to sink or settle.

To Cure the Problem, Eliminate the Cause. Injecting polyurethane resins into loosely 

consolidated soils, voids and water pathways will strengthen the earthen substrate and provide watertight encapsulation. With the soils consolidated and stabilized, concrete slabs will provide service for decades.

Polyurethane resin targets the causes of settling and creates long-term advantages:

- Erosion Control

- Soil Stabilization

- High-Strength Void Fill

- Precise Slab Lifting

Polyurethane resin targets the cause, so the cure is long-lasting and at a fraction of the cost of slab replacement. At a minimum, concrete settlement is a nuisance and an eye sore. Uneven slabs are trip hazards and a threat to health and safety. Now your first-choice solution is also the fastest and most affordable. Our polyurethane resins are designed and manufactured by a 35+-year veteran of the polymer industry with customers worldwide. The polyurethane resin is equal parts art and science. The high-strength polymer is scientifically formulated to strengthen soil conditions and hydraulically lift concrete slabs, stabilize soil and fill voids. The art of the injection grants the precise accuracy and restores safety and beauty to your concrete 

structure. As experts in lifting concrete, our objective is to limit your inconvenience and return the safe use of your property.

Guaranteed Same Day Return to Service!

Step 1: Assessment—determine cause, test soil strength, photograph site, explain scope of work

Step 2: Site Preparation—mobilize equipment, protect surfaces and surrounding areas, drill 3/8” holes

Step 3: Strengthen Soil—Inject polyurethane resin to fill voids, stabilize soil and stop erosion

Step 4: Lift Slab Precisely—Inject polyurethane resin in short, even bursts to achieve precise, desired lift

Step 5: Validate Difference—confirm slab is lifted and fully supported for long-term solution

Step 6: Site Rejuvenation—remove equipment and protection materials, clean and photograph site for client review and permanent file

Step 7: Client Review—review completed project, material used, and confirm customer satisfaction

• One square foot of our polyurethane resin will support a load of more than 10,000 lbs.
• Poly weighs only 3.5 to 12 lbs. per cubic ft. vs. Mudjacking at 150 lbs. per cubic ft.
• Set time for poly is 15 minutes - nothing else comes even close - most are over a day or longer.
• Poly has no shrinkage vs. all the other materials on the market
• Poly can be used in any climate and weather condition - unlike all the others.
• Our poly is environmentally safe based on lab tested and verified per ANSI 61 Standard (use for in-and-around potable water)