Aluminum Foil Roll Jumbo Medical Packing
The aluminum honeycomb core is made of multiple layers of aluminum foil bonded and laminated, and then stretched and unfolded into a regular honeycomb shape. Due to the special structure of the aluminum honeycomb core, it is divided into many closed units, which restricts the air circulation in the composite curtain wall panel, greatly restricts the propagation of heat and sound waves, and has good heat insulation, sound insulation, conductivity and heat resistance.
It has the functions of anti-corrosion, energy absorption, shock absorption and heat insulation. At the same time, its bending resistance, compression resistance and light specific gravity are unmatched by other building materials. As the most expensive material in the honeycomb series, aluminum honeycomb has excellent performance.
It is an ideal material for aviation, aerospace, high-speed ships, high-speed rail and other industries. In the construction industry, it is a large-area curtain wall, and it is also the material of choice for luxurious interior decoration with high flame-retardant requirements.
The aluminum honeycomb composite material can separate the skin material, increase the bending strength and reduce the quality. The sandwich structure with the same bearing capacity is several times lighter than the solid layered structure.
It can also enhance overall strength, reduce unit volume cost, reduce noise and vibration, and improve heat resistance, fatigue resistance and fire resistance. The mechanism of the core material is to transfer the shear force from the surface layer to the inner layer.
The paper honeycomb structure has the advantages of light weight, but its performance in terms of bending resistance, shock absorption and fatigue resistance is extremely poor, especially in terms of fire protection. For special environments, such as operating rooms, wards, etc., fire resistance is particularly important.
Aluminum Foil Roll Medical Packing Aluminum foil tape has excellent barrier properties, moisture resistance and air tightness
