The Project

A major clothing distributor in Lynchburg, Virginia needed an industrial concrete joint repair along a heavily traveled forklift path. The existing transfer joint had deteriorated, creating an uneven transition for material handling equipment. 

Each time a forklift crossed the area, movement at the joint created a jarring transition for operators. Loads could shift, wheels and equipment were subjected to additional wear, and the raised and deteriorating repair created a potential trip hazard. As the existing repair on the joint continued to break down, it was also damaging the surrounding concrete and widening the area requiring attention. 

Durable Surfaces was brought in to complete the concrete joint repair, including removal of the deteriorated material, reconstruction of the surrounding concrete and installation of a new transfer joint. 

The work was scheduled for a weekend shutdown. Durable arrived Friday for second shift and needed to return the area to the customer by 3 p.m. Sunday so normal operations could resume Monday morning. 

The repair appeared straightforward. 

Until demolition began.

The Challenge: An Industrial Joint Repair with Hidden Conditions

As Durable removed the existing joint repair, the crew encountered reinforcing steel running directly beneath the joint and unusually close to the surface. 

Further investigation revealed something more significant: part of the repair was located over an elevated, engineered concrete slab rather than the conventional slab conditions the team had anticipated. Beneath portions of the repair were significant open voids. 

The surrounding concrete was also more deteriorated than could be seen from the surface. As loose and defective material was removed, portions of the repair continued to break away. 

Under conventional slab conditions, Durable could have continued removing deteriorated concrete until reaching a sound base. Here, doing so risked disturbing the engineered slab and allowing repair material to escape into the void below. 

The conditions had changed. 

The deadline had not. 

Field Conditions Dictated a New Concrete Joint Repair Plan

Durable stopped to evaluate the conditions and communicate what the crew had uncovered to the customer. 

To address the situation, the team developed an approach that would rebuild and stabilize the repair area without unnecessarily disturbing the engineered slab. 

Temporary forms were installed to contain the repair material where portions of the slab had deteriorated around the voids. Durable then placed a low-viscosity repair material capable of flowing into cracks and voids within the remaining concrete, helping consolidate the damaged area and create a more stable base. 

Stabilizing foam was also used to support the rebuilt joint area and allow Durable to reconstruct the opening to the dimensions needed for the new transfer joint. 

Once the base was established, the repair surface was mechanically prepared and leveled for installation. 

Because the repair material temporarily spanned the original joint, Durable then re-established the joint through the repaired area. This allowed the adjacent slabs to continue moving independently with expansion and contraction rather than locking the two sides together and placing unnecessary stress on the repair. 

The transfer joint was anchored into place, surrounding material was installed and the finished surface was ground flush to provide a smooth transition across the forklift path.

Safety That Stands Up

Cleanliness was especially important to the customer. 

As a clothing distribution facility, inventory surrounded the work area, making dust control and housekeeping critical throughout the concrete joint repair. 

Durable isolated the work area with protective plastic before demolition began. During concrete cutting, grinding and surface preparation, crews used HEPA-filtered dust collectors and appropriate engineering controls to manage dust. 

The work area was repeatedly cleaned between repair phases to remove loose concrete and debris before work continued. 

The goal was straightforward: solve the floor problem without creating a new problem for the customer’s operation. 

The Lesson: Plan for What You Can’t See 

Industrial concrete joint repairs don’t always reveal their full complexity from the surface. 

Existing repairs can conceal deteriorated concrete, reinforcing steel, voids or structural conditions that change what is required once demolition begins. 

That’s why successful warehouse and industrial joint repair work requires more than arriving with the right material. 

It requires understanding how the slab behaves, recognizing when field conditions require a different approach, communicating those conditions clearly and building enough flexibility into the project plan to respond without unnecessarily disrupting the customer’s operation. 

At this Lynchburg facility, the floor changed the plan. 

Durable adapted the repair—and kept the customer’s schedule moving.