In production environments such as distribution and logistics centres, downtime is directly linked to revenue loss. Renovation projects therefore need to be carried out in phases, carefully planned and technically substantiated. At the same time, demand is increasing for systems that cure quickly while continuing to deliver durable, long-term performance.
The challenge lies in combining speed with quality that genuinely extends the service life of a system.
Why Is the pressure on renovations increasing?
Industrial facilities are operating more intensively and are subject to higher availability requirements. Asset management standards highlight the importance of structured maintenance and lifecycle management. As a result, renovation is increasingly becoming part of a broader strategy focused on reliability and risk control.
Sustainability and circularity also play a growing role. Renovation is often preferred over complete replacement, provided that performance can be demonstrably maintained.
Key trends in practice
Four developments are clearly visible across the sector.
- Renovation by zone or time window
Work is increasingly divided into smaller, manageable phases — for example per production zone, weekend window or scheduled maintenance shutdown. This approach requires tight logistical coordination and predictable curing times. - Rapid-curing systems with controlled application
Reactive systems, such as hot-spray and polyaspartic technologies, can allow recommissioning within hours. These systems offer significant advantages, but like any coating system they impose strict requirements on substrate condition and environmental factors. - Data-driven maintenance planning
Inspection data and maintenance histories are increasingly used to predict renovation intervals. This shifts maintenance from reactive responses to planned, condition-based strategies.
