At Metalico, we offer modern and functional sandwich panel solutions for insulation and cladding systems of industrial, commercial, and administrative buildings. These panels — known for their thermal, acoustic, and fire-resistant properties — are widely used for both roofing and façades of steel-structured buildings, ensuring high technical performance.
The sandwich panels we use consist of polyurethane (PUR), polyisocyanurate (PIR), rock wool, or EPS cores between inner and outer metal layers. These materials provide excellent energy efficiency, airtightness, and structural durability, significantly reducing overall operational costs of the building.
During installation, we ensure precise alignment of each panel, secure fastening of joints, and accurate application of technical details. Specialized sealing compounds used at panel junctions enhance resistance to temperature fluctuations and humidity. Various panel thicknesses and profiles also allow for unique architectural solutions and design flexibility.
Sandwich panel systems are quick to assemble and highly resistant to extreme weather conditions. This not only accelerates the construction process but also guarantees long-term reliability in building performance. Depending on project needs, both vertical and horizontal installation methods are applied, with full consideration of sealing, ventilation, roof slope, and assembly angles.
Sandwich panel solutions deliver superior technical and aesthetic outcomes, particularly for factories, warehouses, logistics centers, sports complexes, and office buildings. At Metalico, we offer tailored insulation systems for each project, selecting panel type, thickness, color, and surface finish based on client requirements.
With Metalico, sandwich panel installation is a complete system where modern appearance, high insulation performance, and technical reliability come together.
We build strength, precision, and durability. Whatever the size or complexity of your project, we’re ready to execute it in a functional, safe, and technically optimal way.