Sandwich Panels
The Power Dressing Your Buildings Sandwich Panel
Sandwich panel is a system that protects the buildings from external factors and provides the utmost convenient and economic solution for them to have a powerful stand.As modern, light and durable construction elements, sandwich panels are used to clad roofs and external walls of the buildings as well as achieving insulated internal walls and cold storages. Sandwich panels, protecting you against the external forces on all sides of your building, are produced by filling in a thick and low density insulation material between two thin and high density metal surfaces. These ready-assembled building elements, which have a high load carrying capacity despite their own low weight, are produced on continuous lines.
You can decide which type of sandwich panel is suitable for your building/project by taking into consideration the thermal, humidity, sound insulation and fire resistance needs of thereof.
Different insulation materials should be chosen according to the needs of the buildings. Sandwich panels are produced in all insulation types including PUR, PIR, Mineral Wool and EPS.
Sandwich Panel Usage Areas:
- Industrial Buildings
- Commercial Buildings
- Cold Storages
- Residential Buildings
- Power Plants
- Agricultural and Husbandry Buildings
Sandwich Panels Suitable for Each Buildings:
Sandwich panels used for a wide range of buildings from factories to stadiums, malls to swimming pools can be classified as roof panel, wall panel, acoustic panels and cold storage panels.Sandwich roof and wall panels are produced in PUR, PIR, Mineral Wool and EPS insulation types.
The thermal insulation is provided through cold storage panels PUR and PIR insulation types. For acoustic panels, sound and thermal insulation is ensured through mineral wool insulation core.
Inner and Outer Sheet Features of Sandwich Panels:
It is of prime importance to determine inner and outer sheet features of sandwich panels according to the environmental conditions of the building.
Outer sheet of the sandwich panel should be resistant to the temperature change, UV rays and chemical-physical external effects.
The inner sheet should be resistant to condensation and chemical gasses caused by the inner atmosphere of the building.