Explore The Loral Concrete Blog
Greenville, SC Equipment Pad Stabilization Project
Last week, Loral Concrete Slab Solutions completed a slab stabilization project in Greenville, South Carolina involving a 14-inch-thick industrial equipment pad experiencing movement and void conditions beneath the slab after the equipment was mounted. Using precision injection techniques and [...]
Why Everyone Should Look At Their Daily ASTM E11555 FF/FL Graphs
One of my clients has a finishing crew that consistently produces very high FF/FL numbers — often exceeding the specified Overall Values. Then suddenly… the numbers collapsed. Same crew. Same process. Same project. The floor reportedly failed the OA [...]
How to Maintain Polished Concrete Floors So They Last Longer
Polished concrete is one of those floors that looks simple, but there’s a lot going on beneath the surface. When it’s done right, it holds up for years, handles heavy use, and stays looking clean without a lot of [...]
Controlled Slab Lifting in an Active Cool Dock Environment: A 300 LF Joint Realignment Project – Phase 2
300 LF slab settlement correction — completed overnight. Last week, we shared a project involving a high-traffic cool dock with: 50’ x 70’ slab sections 1/8" – 5/16" settlement Armored joints on both sides Hydrogen forklifts and fueling [...]
Controlled Slab Lifting in an Active Cool Dock Environment: A 300 LF Joint Realignment Project
This weekend, Loral Concrete Slab Solutions is performing a targeted slab correction in a high-traffic cool dock environment. Project Overview The project involves approximately 300 linear feet of slab settlement occurring along a pour strip, where large-format slab sections [...]
When the Temperature Drops, So Does the Slab’s Stability
Understanding Seasonal Concrete Movement in Warehouse and Industrial Floors In many warehouse and industrial facilities, seasonal temperature changes can have a noticeable impact on the performance of concrete floor slabs. As temperatures drop during colder months, concrete undergoes subtle but [...]
Epoxy & Urethane Flooring for Homes
If you’re looking at your garage floor, patio, or even parts of your interior and thinking it’s time for an upgrade, you’re not alone. Concrete in homes takes a beating. Cars drip oil. Coastal humidity creeps in. Regular paint peels. [...]
Commercial Concrete Flooring Solutions for Warehouse Floors
Warehouse floors are easy to overlook... Until they start creating problems. A small crack turns into joint failure. Forklifts make uneven sections worse. Coatings peel. Dust builds up. Before long, the floor is affecting safety, efficiency, and even equipment wear. [...]
Frequently Asked Questions
Most concrete damage can be repaired if the underlying slab is structurally sound. We evaluate cracking, joint failure, settlement, and surface deterioration to determine whether targeted repairs will restore performance.
Cracking can result from slab movement, improper joint spacing, shrinkage during curing, subgrade instability, or heavy operational loads. Identifying the root cause is critical before performing any repair.
Joint filling protects slab edges from impact damage caused by forklifts and heavy traffic. Without proper joint protection, edges begin to break down, leading to spalling and costly long-term repairs.
When properly diagnosed and installed, professional concrete repairs can extend the life of a warehouse floor for many years. Longevity depends on usage, traffic load, and environmental conditions.
Slab stabilization restores support beneath settled concrete by addressing voids or unstable soil conditions, helping prevent further movement and cracking.
Epoxy is a resin-based coating applied over concrete, while polished concrete is a mechanical refinement of the slab itself. Each system serves different performance and aesthetic goals.
Yes. When properly engineered and finished, polished concrete systems can meet recognized slip-resistance requirements for commercial and warehouse environments.
Polished concrete requires proper base preparation, reinforcement, joint layout, and a high-strength concrete mix to ensure structural integrity and optimal polishing results.
Joint failure is typically caused by heavy traffic impact, slab movement, or deterioration of old joint filler.
