TCB Industrial has been awarded a slab construction scope supporting heavy equipment service area improvements at an industrial facility in Northern California. Service area slabs are critical infrastructure elements that must support concentrated loads, repetitive traffic, and long-term exposure to industrial conditions. When existing slabs deteriorate or no longer meet loading requirements, operational efficiency and safety are directly impacted.

This award focuses on constructing a new slab designed to support heavy equipment servicing while improving durability and long-term maintainability of the work area.

Importance of service area slabs in industrial operations

Heavy equipment service areas experience significantly higher loading than typical industrial floors. These areas must accommodate forklifts, loaders, service vehicles, and stationary equipment while maintaining surface integrity and proper drainage. Cracked or uneven slabs introduce trip hazards, limit equipment movement, and accelerate wear on vehicles and tools.

A properly designed slab improves workflow, reduces maintenance interruptions, and provides a stable foundation for safe servicing activities.

Execution planning and site preparation

TCB’s execution begins with verification of existing conditions, including subgrade quality, drainage pathways, and interface points with adjacent slabs or structures. Site preparation activities are sequenced to remove compromised material and establish a stable base capable of supporting the new slab.

Subgrade preparation is critical. Compaction, grading, and moisture control are addressed to ensure uniform support and prevent future settlement. Where necessary, reinforcing steel is installed to manage load distribution and control cracking.

Concrete placement and finishing

Concrete placement is planned to maintain consistency, control joints, and achieve the required surface finish for industrial use. Placement sequencing considers access constraints, curing conditions, and coordination with facility operations to minimize disruption.

Finishing practices are selected to balance durability and usability, ensuring the slab supports equipment movement without creating slippery or uneven surfaces.

Safety and coordination

Concrete work introduces hazards related to equipment movement, material handling, and surface conditions during curing. TCB establishes controlled work zones, manages traffic around the pour area, and coordinates closely with facility staff to maintain safe access routes.

What this award represents

This project demonstrates TCB’s capability to execute civil and structural work that directly supports industrial operations. By delivering a durable service area slab, TCB helps facilities improve safety, efficiency, and long-term asset performance.