Magnesium air duct, with its lightweight design, high-temperature resistance, optimized structural design, and efficient air flow design, provides excellent ventilation while ensuring fire safety.
Magnesium air duct, with its lightweight design, high-temperature resistance, optimized structural design, and efficient air flow design, provides excellent ventilation while ensuring fire safety.
In the relentless pursuit of lightweight and high-performance materials in modern industry, magnesium alloys are quietly reshaping the design boundaries of pipeline systems with their unparalleled weight advantage.
Gold-type inserts play a vital role in magnesium air duct systems, especially in improving sealing.
The lightweight characteristics of fire-resistant air duct reduce the load-bearing pressure during installation in complex layouts, indirectly expanding the range of options for smoke exhaust paths.
The energy-efficient composite air duct can help buildings reduce ventilation energy consumption, primarily due to its special insulation materials and structure.
In fire rescue, smoke exhaust efficiency directly determines the evacuation time and rescue window period.