Metahybrid is a unique Thermal Insulated metal roofing sheets solution, developed by GEOMETRIC STEELS. It is an under-deck multilayer thermal insulated metal roof and wall cladding sheet. It has a special composition of thermal insulating material as per the application and customer’s needs.
Today due to global warming people are experiencing trends of inconsistent weather conditions. In such conditions, constructing and maintaining energy-efficient, safe, long-lasting, and pleasing structures demand innovative technology, which will enhance the entire building envelope for the greatest performance. GEOMETRIC STEELS understands that solutions can come from anywhere. That’s why we look further afield and then the traditional construction category to bring flawless engineering and inspired ideas to build and construct projects of all kinds. We bring thermal insulated metal roofing solutions that help insulate, protect, and enhance residential, commercial, and industrial buildings to help you achieve the most durable, reliable, and valuable results for your projects.
METAhybrid® Thermal Insulated metal roofing sheets consist of three kinds of different materials to give the product their own features and combined to make a new generation of sound and Thermal Insulated metal roofing sheets. The purpose of METAhybrid® Thermal Insulated metal roofing sheets is to maintain a comfortable and hygienic indoor climate at low ambient. To make the workplace feel more alive, vital, healthy, and refreshing. Ease of installation and diversity of applications. METAhybrid® Thermal Insulated metal roofing sheets Radiant Barriers are very easy to handle and install, has a strong water vapor permeability to resist moisture absorption. All that is required are simple hand tools. METAhybrid® Thermal Insulated metal roofing sheets are some of the most diverse, energy-conserving roofing and wall cladding materials available, with verified applications for residences/ industrial/ commercial/ warehouse/ school/ college/ hall/ public buildings and agricultural storage structures.
METAhybrid® Thermal Insulated metal roofing sheets consist of three kinds of different materials to give the product their own features and combined to make a new generation of heat insulation profile sheets
(A) Top surface layer: Is profile metal sheet which provide strength and durability of steel, available in PPGI/GL/PPGL in profile of 1125mm actual width and 1060mm cover width.
(B) Intermediate Layer: Its special insulation material as per application in thickness of 6 mm,12 mm and 24 mm insulation.
(C) Bottom lying layer: Its Aluminum foil Radiant Barriers /painted that provide aesthetics look from inside the shed.
ADVANTAGES (Thermal Insulated metal roofing sheets)
The roof of a building is an important part of the building. Defended and insulated against external noise. METAhybrid® Thermal Insulated metal roofing sheets technology means that 4 or 5 tenths of metal can be improved by 6 mm of high-density sound insulation, adhering perfectly to the sheet (aluminium, pre-painted steel, etc.).
Condensation Effect Reduction
Condensation in metal sheds is a very commonly reported problem resulting in the damp atmosphere and rust forming. The inside of the roof runs with water which creates a damp atmosphere that is bad for the items stored in roof sheds. Tools and machinery go rusty, fabric and food items become mildewed. METAhybrid® Thermal Insulated metal roofing sheets are most useful in such condition.
Heat insulation roof effect
Thermal bridge elimination
It is important in metal structures to isolate the roof sheet from the underlying metal structure. By using METAhybrid® Thermal Insulated metal roofing sheets with its protective layer covering the roof sheet at the intrados, the head load that bears on the surface of the roof sheet is reduced by about 25% and attenuates heat bridges noticeably, constituting a barrier to heat dispersion. This phenomenon happens when in the presence of electrolytic solutions, two different metals are in contact with each other and a “potential” difference occurs between them.