In the construction industry, Himei waterproof tiles have attracted much attention due to their special heat welding connection technology. After being thermally welded together, the tiles provide the building with comprehensive waterproof protection. So, why do you not have to worry about water leakage after hot welding of Himei waterproof tiles? Let us discover its secrets together.
The heat welding connection technology of Himei waterproof tiles is the key to its waterproof performance.
During the construction process, a special hot air gun is used to heat the exposed TPO membrane of the waterproof tile, making it soft and sticky at a certain temperature. Next, the two waterproof tiles are precisely aligned and firmly connected together through hot melting to form a seamless, integrated waterproofing layer.
The advantage of this heat-welded connection is its strong, seamless nature. During the heat welding connection process, the TPO on the surface of the waterproof tile is instantly melted to form a strong connection without the need for additional adhesive, effectively avoiding the potential for water leakage at traditional seams. This characteristic makes Himei waterproof tile an extremely reliable waterproof material.
In addition to the joints between tiles that will be connected by heat welding, the fixed points between the tiles and the roof, the gutters, the lighting joints, etc. will be heat welded and sealed with special TPO waterproof membranes to ensure that the entire roof Forming an overall waterproof covering layer to ensure the waterproof effect.
The heat welding connection of Himei waterproof tiles is not only a physical connection, but also a chemical fusion of materials.
This chemical fusion makes the connection stronger and less susceptible to external factors, maintaining long-term waterproofing.
Waterproof tiles are not only water-resistant, but also resistant to high temperatures and low temperatures, making them suitable for construction projects under various climate and environmental conditions.
