With increasingly intense summer heat of 38-40 degrees Celsius or hot, dry westerly winds, these unusual climate changes are altering the lives and daily routines of many people.
Most common methods of combating heat today involve air conditioning. A simple calculation shows that a 10m² room with a concrete ceiling exposed to direct sunlight receives 10KW of intense heat. A 9,000 BTU/h air conditioner consumes nearly 1KW of electricity and can only remove a maximum of 3KW of heat from the room. full-measure
In addition, heat can also be transferred through walls or radiated by people and machinery. Therefore, many heat-resistant materials have been introduced today, such as heat-resistant roofing sheets, heat-resistant paint, heat-resistant gypsum boards, etc.
Together with the high-quality ZINCA ceiling frame system , Zinca Vietnam produces products that meet all quality standards and requirements regarding thickness, safety, load-bearing capacity, etc. This will help reduce the room temperature by about 20-30% compared to the outside temperature.
Using ZINCA gypsum boards and ceiling/wall frames not only saves you money on electrical equipment but also increases the lifespan of the building, limiting heat buildup which causes cracks and fractures on the building’s surface.
Currently, with a 15-year warranty on ZINCA gypsum ceiling and wall systems, you can rest assured about the durability and safety of every project.
Installation Guide
❂ Heat-resistant suspended ceiling:
1 layer of ZINCA suspended ceiling frame + 1 layer of standard Knauf gypsum board (9.5mm/12.5mm thick) + 1 layer of 50mm thick fiberglass insulation with foil backing (density 24kg/m3)
❂ Suspended ceiling for heat insulation:
1 layer of ZINCA suspended ceiling frame + 1 layer of standard Knauf gypsum board (9.5mm/12.7mm thick) + 1 layer of 50mm thick fiberglass insulation with a density of 24kg/m3.
Zinca Vietnam recommends that customers use all frame, panel, and accessory products manufactured and distributed by ZINCA to ensure the durability of the system.
