Aluminum One Piece Panel
Fire Resistance:Class A non-combustible mineral material;Effectively prevents fire spread.
Thermal Insulation:Low thermal conductivity reduces heat transfer,Improves energy efficiency in buildings.
Sound Absorption:Porous structure absorbs noise effectively;Ideal for soundproofing applications.
Product Introduction
Aluminum composite insulation panels are outstanding building materials, integrating light weight, insulation, and fire - resistance.
Made by bonding aluminum sheets to insulation cores, they are lightweight, reducing building load and construction costs. The insulation core efficiently blocks heat, keeping indoor temperatures stable and cutting energy use. Their fire - resistant components delay fire spread, protecting lives and property in case of a blaze.
Color Selection
Sandwich panels are widely used in the construction field, and their panel colors are extremely rich. There are fresh beige, light blue, vibrant grass green, orange, and calm dark gray, dark blue, etc. Whether it is the eye-catching needs of commercial buildings, the creation of a warm atmosphere in residential buildings, or the simple style of industrial buildings, a variety of colors can fit in, providing rich creativity for the exterior design of buildings and creating a unique style.
Application Range
Aluminum composite insulation panels are widely used in projects such as hospitals, schools, high-end residences, commercial buildings, and existing building renovations. They not only achieve decorative effects comparable to stone curtain walls, but also offer lower costs and lighter building loads. With rising energy-saving and green building standards, these panels are becoming a mainstream choice in the market.
Our Factory
The factory's scientific layout enables efficient assembly line operations across all production lines. The travel distances between parts and components are extremely short, enabling seamless and rapid material flow. This not only significantly reduces logistics costs during production but also effectively avoids the extra time and labor costs associated with repeated loading and unloading.







