Insulated Roof & Wall Sandwich Panels

Insulated Sandwich Panels are high-performance, self-supporting metal panels designed for industrial and commercial roofing and wall cladding applications. These lightweight, ready-to-install panels consist of outer and inner profiled metal sheets bonded to an insulation core made from EPS, XPS, or Rock Wool. The panels provide excellent thermal insulation, structural strength, and fast installation, making them an ideal solution for modern construction needs.

Available Core Options:
EPS Panels | XPS Panels | Rock Wool Panels

EPS (Expanded Polystyrene) Sandwich Panels

EPS, commonly known as polystyrene foam, has been a globally accepted insulation material for more than six decades. It is widely used in building applications due to its excellent thermal efficiency, lightweight nature, and cost-effectiveness. EPS panels help reduce energy consumption while offering durability and ease of handling.

• Key Advantages of EPS Panels
• Excellent energy-saving thermal insulation
• Moisture-resistant and rot-proof
• Extremely lightweight (approximately 98% air)
• High durability and long service life
• Good sound insulation properties
• Safe, non-toxic, and environmentally friendly
• Versatile for roofing and wall applications
• Fire-retardant grades available
• Highly economical insulation solution

Rock Wool (Mineral Wool) Sandwich Panels

Rock Wool, also known as mineral wool or stone wool, is manufactured by melting natural rock at extremely high temperatures and spinning it into fine fibers. These panels are widely used in applications where fire resistance and acoustic insulation are critical. Rock Wool panels are especially suitable for high-safety industrial and commercial environments.

Key Advantages of Rock Wool Panels

• Excellent fire resistance and non-combustible properties
• Superior thermal and heat insulation
• High sound absorption and noise reduction
• Lightweight yet structurally stable
• Moisture- and water-repellent
• Resistant to mold and corrosion
• Available in various thicknesses, sizes, and configurations for diverse applications