MAX PVC
Elevate
Elevate introduced its MAX PVC roofing membranes as a solution for data centers and other mission-critical facilities requiring high-performance roofing systems.
The membrane is engineered to provide durability under demanding conditions, including resistance to punctures, tearing, and mechanical stress through a reinforced knitted scrim. It also offers inherent fire resistance and strong protection against chemicals and grease, making it suitable for environments such as data centers, airports, and manufacturing facilities.
MAX PVC and its fleece-backed MAX PVC XR variant are designed to support heat management in cooling-intensive buildings. The membrane is highly reflective, meets Cool Roof Rating Council standards, and may contribute to green building certification credits.
The system is positioned to address the growing demand for single-ply roofing driven by data center expansion, where reliability and long-term performance are critical to maintaining continuous operations.
OPTIM-R
Kingspan
OPTIM-R vacuum insulation panels by Kingspan are designed to deliver high thermal performance in applications where space is limited. The system consists of a rigid panel with a microporous core that is evacuated and sealed within a gas-tight envelope. This construction enables significantly higher thermal resistance compared to traditional insulation materials at reduced thickness.
OPTIM-R is intended for use in areas where conventional insulation cannot be installed due to space constraints, helping improve energy performance without increasing assembly depth.
The panels are available in thicknesses ranging from 20 mm to 50 mm, providing flexibility for different project requirements. The product is suited for roofing and building applications that require high insulation performance within tight design tolerances.
ZIP System Roof Assembly
Huber Engineered Woods
The ZIP System Roof Assembly by Huber Engineered Woods is designed to provide moisture protection for roof decks during construction and in severe weather conditions.
The system combines integrated roof sheathing with flashing tape or liquid-applied flashing to create a continuous air- and water-resistant barrier. This approach helps protect the roof structure when exposed to the elements, including during construction phases or if roofing materials are damaged or removed by high winds.
By sealing joints and penetrations, the system is intended to reduce the risk of water intrusion and improve overall building envelope performance. It can serve as a secondary layer of protection beneath the primary roof covering.
The ZIP System Roof Assembly is designed for residential construction and supports faster installation by integrating multiple components into a single system.
