Thermal Panels (Sandwich Panels)

Thermal Panels (Sandwich Panels) and Their Types

Thermal panels, also known as sandwich panels, are a highly efficient construction solution for building walls and roofs. They provide excellent thermal insulation, sound insulation, and mechanical durability while speeding up the construction process and reducing structural weight.

Types of Thermal Panels by Insulating Core

1. Polyurethane Foam (PUR/PIR) Thermal Panels

   • High thermal insulation with low thermal conductivity.
   • PUR (Polyurethane Foam) – standard solution with good insulation properties.
   • PIR (Polyisocyanurate Foam) – improved version with increased fire resistance and better temperature endurance.
   • Lightweight material that reduces structural load.
   • Ideal for industrial buildings, warehouses, cold storage facilities, and commercial spaces.

2. Mineral Wool Thermal Panels

   • Excellent fire resistance – non-combustible material providing higher safety.
   • High soundproofing properties, suitable for spaces with acoustic requirements.
   • Strong mechanical resistance and durability under heavy loads.
   • Commonly used in public, industrial, and administrative buildings, as well as in partition walls with high fire protection requirements.

Types of Thermal Panels by Application

1. Roof Thermal Panels

   • Used for the roofs of industrial, commercial, and residential buildings.
   • Designed with a proper profile for efficient water drainage and additional strength.
   • Easy and quick installation, minimizing the need for heavy supporting structures.
   • Ensures reliable waterproofing and resistance to weather conditions.

2. Wall Thermal Panels

   • Used for building exterior and interior walls.
   • Provide a modern appearance with a variety of finishes and colors.
   • Enhance energy efficiency by reducing heat loss.
   • Easily combined with other construction materials, making them versatile for various projects.

Conclusion

Choosing the right type of thermal panels depends on the specific needs of the project – whether the priority is high thermal insulation, fire resistance, or acoustic protection. With their help, construction becomes more efficient, and buildings become more functional, modern, and energy-efficient.