Hunter Panels Xci ConCast is a non-structural, energy efficient rigid insulation panel composed of a closed cell polyisocyanurate foam core manufactured on-line to tri-laminate (poly/kraft/foil) facers on both sides. Designed for concrete wall panels as the core insulation layer between two layers of concrete held together by connectors, it's ideal for precast, tilt-up, or poured-in-place “sandwich” panels.

Key Features & Design

• Non-structural, energy-efficient rigid insulation panel with a closed cell polyisocyanurate foam core and tri-laminate facers (poly/kraft/foil) on both sides.
• Designed for use as the core insulation layer between two layers of concrete in concrete wall panels; suitable for precast, tilt-up, or poured-in-place “sandwich” panels.
• Facing material has no exposed metal, eliminating risk of corrosion or negative chemical reaction with the concrete used in such application.
• Polyiso offers increased R-value per inch vs mineral fiber, XPS or EPS options.
• Designed for continuous insulation to assist in meeting the most current ASHRAE 90.1, IECC, IBC and IRC standards.
• Manufactured with NexGen Chemistry: Zero Ozone Depleting Potential (ODP); Contains no CFCs, HCFCs or HFCs; Virtually zero Global Warming Potential (GWP).
• Use of Xci products helps reduce the carbon footprint of buildings.
• Lightweight yet durable, easy to handle, cuts with a knife or saw.

Thickness Options (4 ft x 8 ft panels)

• 1" thickness — R-Value 6.5; Sq Ft per Pallet 1536; Sheets Per Pallet 48
• 1.5" thickness — R-Value 10; Sq Ft per Pallet 1024; Sheets Per Pallet 32
• 2" thickness — R-Value 13.3; Sq Ft per Pallet 768; Sheets Per Pallet 24
• 2.5" thickness — R-Value 17; Sq Ft per Pallet 608; Sheets Per Pallet 19
• 3" thickness — R-Value 20.3; Sq Ft per Pallet 512; Sheets Per Pallet 16
• 3.5" thickness — R-Value 24; Sq Ft per Pallet 416; Sheets Per Pallet 13

Choose the right thickness for your project to maximize insulation and simplify installation. The standard 4 ft x 8 ft panels are designed for straightforward handling and fast, reliable performance on precast, tilt-up, or poured-in-place concrete assemblies.