SANDWICH PANEL

Sandwich panels are a versatile building material used for cladding both walls and roofs. It also consist of a core crafted from thermally insulating materials and are enclosed on both sides with sheet metal. A structural framework, typically made of steel and, supports these panels. The panels are categorized based on the core’s thermally insulating material, with variations including EPS, mineral wool, and polyurethane and, each offering distinct thermal insulation, soundproofing capabilities, fire resistance, and weight properties.

Sandwich panels’ attribute is their exceptional durability. Structurally resembling a sandwich, they feature a protective outer layer and a softer, insulating core, known as facings. Despite their thin profile, these facings provide robust protection and primarily serve decorative and protective functions.

The core acts as a resilient shield, safeguarding against temperature extremes, moisture, fire hazards, and adverse weather conditions. Remarkably, the core remains exceptionally lightweight, contributing to overall construction efficiency. The outer layers preserve and safeguard the core.

This type of panel is particularly valuable in roofing, siding, and wall applications. Builders extensively use them in constructing warehouses, buildings, freezers, and shopping malls, among other structures. The panels are easy to install and can be dismantled and reused multiple times, significantly enhancing construction efficiency.

In conclusion, we remain committed to providing customers with top-quality, cost-effective, and durable building materials. We design and engineer sandwich panels to reduce construction expenses while ensuring superior protection. These panels meet the highest industry standards, making them a valuable choice for various construction projects, from residential buildings to commercial structures and industrial facilities. Their exceptional performance and durability make them an indispensable element in modern construction, facilitating safe, energy-efficient, and sustainable structures.