Tianjin Volkswagen

In hot weather, it is undeniable that indoor refrigeration devices can create a cooler and more comfortable working environment. However, when faced with high energy expenses, the insulation performance of smoke exhaust skylights becomes crucial. These skylights effectively trap cold air, minimize heat exchange, and significantly reduce energy consumption costs.

For commercial public buildings and certain factories that have the option of using air conditioning for cooling, the use of refrigeration equipment in the summer can lead to rapid indoor cooling. Although it yields quick results, it also comes with a high cost in terms of energy consumption. On the other hand, buildings equipped with smoke exhaust skylights are more energy-efficient compared to regular buildings. Additionally, these skylights offer the advantages of expanding the building's lighting area, providing windows for swift ventilation, and ensuring a timely supply of oxygen to the building. As a result, they contribute to the overall well-being of the workers inside the building, both physically and mentally.

TOPRISE smoke exhaust skylight adopts thermal break profile, a multi channel sealing structure design, and is matched with automotive grade EPDM sealing strips. It has low thermal conductivity and high weather resistance, blocking the transfer of heat energy and blocking it outside the window, achieving significant energy-saving and insulation effects.

TOPRISE smoke exhaust skylight, Thermal Break Profile

It is a patented design. Thermal Break Profile can weaken heat conduction layer by layer, while significantly reducing the thermal conductivity coefficient of the profile, weakening thermal conductivity, and enhancing insulation ability, thereby enhancing the insulation performance of smoke exhaust skylight, making the indoor environment cooler, more comfortable, and more energy-efficient.

Multi layer PC board, thermal insulation

TOPRISE smoke exhaust skylight uses multi-layer polycarbonate panels with excellent thermal insulation performance, making it a commonly used lighting material for smoke exhaust skylights in industrial buildings.

Hollow double-layer glass to alleviate indoor temperature rise

Commercial smoke exhaust skylights often choose double-layer insulated glass, which not only blocks ultraviolet rays from entering the room but also effectively slows down indoor temperature rise.

EPDM sealing strip effectively blocks heat transfer

TOPRISE smoke exhaust skylight adopts automotive grade EPDM sealing strips, which can block heat transfer between smoke exhaust skylight profiles. When heat is transferred to the sealing strips, it weakens, thereby improving the insulation effect of smoke exhaust skylight and slowing down the transmission of outdoor cold and hot temperatures to indoor environments.

Patent design for TOPRISE smoke exhaust skylight sealing structure

The sealing performance of smoke exhaust skylight also affects the insulation effect, and the stronger the sealing performance, the better the insulation effect. TOPRISE smoke exhaust skylight adopts a multi channel sealing design, with a balanced and comprehensive insulation effect for the entire skylight, which is more conducive to maintaining a constant temperature environment indoors.

TOPRISE smoke exhaust skylight is suitable for various types of buildings and can efficiently and naturally ventilate in high temperature weather. Its excellent insulation performance plays a certain role in heatstroke prevention and cooling, while saving a lot of energy costs, making it the best choice for buildings.