Escape pipeline
Our company uses Tunnel Escape Pipes made from a brand-new ultra-high-molecular-weight polyethylene material, which is lightweight; the pipes exhibit excellent toughness and high impact resistance. When subjected to strong external impacts, they deform instantly, absorbing substantial impact energy before quickly returning to their original shape, thereby providing an extremely safe and reliable safeguard for emergency rescue during highway tunnel construction.
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Product Details
Product Introduction
Our company uses Tunnel Escape Pipes made from a brand-new ultra-high-molecular-weight polyethylene material, which is lightweight; the pipes exhibit excellent toughness and high impact resistance. When subjected to strong external forces, they deform instantly, absorbing substantial impact energy before quickly returning to their original shape, thereby providing extremely safe and reliable protection for emergency rescue operations during highway tunnel construction. These pipes boast high ring stiffness, superior pressure resistance, and remarkable resistance to deformation. In the event of a collapse during highway tunnel construction, their load-bearing capacity and resilience against environmental damage far exceed those of conventional pipes. The transportation authorities have designed emergency rescue passages for highway tunnel construction using this new material—ultra-high-molecular-weight polyethylene. Moreover, the structural dimensions of this innovative emergency rescue passage adhere to ergonomic principles, featuring a simple design that is easy to assemble and disassemble. Finally, comparative impact‑resistance tests between ultra-high-molecular-weight polyethylene escape pipes and steel pipes have confirmed the reliability of using ultra-high-molecular-weight polyethylene escape pipes for emergency rescue in tunnel construction.
Application areas
- Tunnel Engineering
- Highway bridges and tunnels
- Engineering construction
- Tunnel Safety
Product Superiority
- Lightweight: For the same specifications, it weighs only about one-third as much as a steel pipe, is easy to disassemble and transport, and can be custom‑made to any desired length.
- Low-temperature resistance and strong impact resistance: When subjected to a strong external impact, it deforms instantaneously, absorbs a substantial amount of impact energy, and then rapidly returns to its original shape, providing an exceptionally safe and reliable safeguard for emergency escape and rescue operations in highway tunnel construction. It also exhibits excellent impact resistance under low-temperature conditions.
- High ring stiffness and excellent pressure resistance: A 5-meter‑high sand and soil load was placed atop the test pipeline, yet it remained undeformed. In the event of a collapse during highway tunnel construction, its pressure‑bearing capacity and resistance to environmental damage far exceed those of conventional pipelines.
- Lightweight piping for easy handling: 3 meters per piece; one person can roll and push it on site. Quick evacuation, with no risk of second-degree abrasions.
- Quick disassembly and assembly: It employs chain connections and clamp fasteners, offering flexible installation, quick disassembly, secure joints, and seamless connections.
- Long corrosion-resistant service life: Tunnel Escape Pipes made of ultra-high-molecular-weight polyethylene exhibit excellent corrosion resistance, are easy and quick to install, and can last for 30 to 50 years.
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