Advanced Industrial Floor Engineering

PCE delivers advanced industrial floor engineering solutions designed to meet the demanding performance requirements of modern automated and high-intensity industrial environments. Our approach integrates structural design, material engineering, and construction strategy to ensure long-term floor reliability, precision, and operational continuity.

Jointless Floor Solutions for Automation

PCE engineers large-area Jointless Floor systems specifically optimized for automated operations. By utilizing Dramix® steel fibers by Bekaert, these systems eliminate traditional saw-cut contraction joints—common sources of disruption for AGV travel paths, VNA guidance systems, and automated handling equipment.

Our Jointless Floor solutions are engineered to control internal stresses, manage shrinkage behavior, and deliver uniform load distribution across expansive slab areas, resulting in smoother operations, reduced maintenance, and enhanced automation reliability.

Optimized Pour Layout & Armoured Joint Strategy

PCE applies a carefully engineered pour layout strategy combined with high-performance armoured joint systems. We specify and integrate HCJ armoured joints from Belgium, globally recognized for their precision-engineered steel edge protection and long-term durability in high-load industrial applications.

This strategic combination minimizes joint density, protects slab edges from impact and spalling, and preserves floor continuity under repetitive traffic from forklifts, automated vehicles, and heavy industrial equipment.

Automation-Oriented Concrete Mix Design

PCE develops custom concrete mix designs tailored to the operational demands of each facility. Our mixes are engineered to achieve high abrasion resistance, controlled shrinkage, and consistent surface performance throughout the floor lifecycle.

By aligning mix design with floor geometry, joint strategy, and construction sequencing, PCE ensures that the finished floor meets the strict flatness, durability, and performance requirements essential for automated warehouses, manufacturing plants, and logistics hubs.