Overview

In deep mines and long tunnels, ventilation systems are as vital as the human respiratory system. Traditional ventilation hoses often face problems such as aging, brittleness, and easy breakage, becoming hidden loopholes in safety management.

Our "Anti-Aging Flexible Ventilation Hose" was developed to solve this problem. It's not just a pipe, but a life support system designed for extremely harsh environments. Utilizing high-tech composite materials and innovative processes, the product achieves comprehensive breakthroughs in flexibility, anti-aging properties, durability, and safety, specifically designed to meet the severe challenges of high humidity, high corrosion, and frequent friction and tension in mines and tunnels.

Advantages

Anti-Aging: During the manufacturing process, we incorporate special UV absorbers and antioxidants, which effectively neutralize factors that cause material molecular chain breakage, significantly slowing down the aging process.

Flexible: This hose has an extremely high bending radius, easily bypassing obstacles and flexibly laid in confined spaces, greatly reducing installation difficulty and time.

Wear-resistant and tear-resistant: The outer layer of the hose is made of a special wear-resistant composite material, capable of withstanding wear from friction with rocks and the ground, effectively resisting accidental scratches from sharp objects, and preventing ventilation interruptions due to damage during construction.

High compressive strength: Even if slightly run over by vehicles or equipment, it can quickly rebound to its original shape without leaving permanent indentations that would affect ventilation efficiency.

Lightweight and easy to install: This hose itself is extremely lightweight. Compared to bulky metal ducts or traditional rubber hoses, it is much easier to handle, lay, and hang, allowing for quick extension and adjustment of the ventilation system, directly improving tunneling and work efficiency.

Main application scenarios

Mining: Localized and full-pressure ventilation in underground roadways and mining areas.

Tunnel engineering: Forced or exhaust ventilation during railway, highway, subway, and water conservancy tunnel excavation.

Underground spaces: Ventilation for large-scale civil defense projects and underground warehouses.

Emergency rescue: As a rapidly deployable temporary ventilation system, providing support for disaster relief and rescue operations.