This case study outlines how an APOC roof waterproofing system was used to deliver a durable, solar reflecting, waterproofing solution for modular and turn-key housing applications. Working across factory built and on site installations, the client required a high performance roofing system that combined long term protection, ease of application, and a single system warranty. The project demonstrates how a complete APOC coating and reinforcement system can address common waterproofing challenges in modern modular construction while supporting efficiency, compliance, and long term asset performance.
The customer required a simple, reliable waterproofing system that met high standards for quality and warranty, and could be applied quickly and efficiently across their roofing applications.
A key challenge was demonstrating that a complete product system could meet the technical requirements of their roof constructions while remaining practical on site. Previous silicone based systems had failed to deliver consistent bonding performance or ease of application, creating risk and inefficiency.
To address these challenges, the customer adopted a complete APOC waterproofing system, providing a single, integrated solution for repairing, priming, and waterproofing roof surfaces.
The system included:
Using one cohesive system allowed the customer to operate under a single 20 year warranty, with an expected service life exceeding 30 years. This approach also simplified application on site and reduced compatibility concerns between products.
Beyond waterproofing performance, the white coating system delivered additional functional benefits, including reduced roof surface temperatures and improved internal climate conditions. The system was also designed to be easy to repair and maintain, supporting long term asset performance.
By moving to a complete APOC system, the customer was able to;
The result was a practical, professional grade waterproofing solution aligned with the customer’s quality standards and operational requirements.
This project demonstrates how a complete, system based approach to waterproofing can reduce risk, improve installation efficiency, and deliver dependable long term protection, particularly in modular and turn-key construction environments where performance and reliability are essential.