Multifunctional Salvage Pole, Aluminum Ring, Flood Rescue Essential

Core Selling Points

Multifunctional Rescue: 30cm aluminum alloy ring head design suitable for personnel rescue, material salvage, obstacle clearing and various functions, improving rescue efficiency by 65%.
High-Strength Material: Made of premium fiberglass or 201 stainless steel body, with 80kg weight capacity, high bending resistance, maintaining 92% stability in rapid currents.
Telescopic Portability: 2-9 meter free extension design, storage length only 1/4 of extended length, strong vehicle portability, reducing deployment time by 70% for rescue teams.
Quick Locking: Patented three-section locking structure, completing length adjustment and locking within 5 seconds, improving emergency response speed and reducing waiting time by 40%.
All-Weather Applicable: Corrosion-resistant treatment, adapting to temperature ranges from -30°C to 80°C, enabling obstacle-free rescue operations in all weather and terrain conditions.

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Material and Craftsmanship Details

Made of premium glass fiber reinforced composite material or aerospace-grade 201 stainless steel, treated with high-temperature curing, the pole body's tensile strength is 35% higher than ordinary rescue equipment. The aluminum alloy rescue ring uses integrated molding technology with non-slip surface treatment, enhancing grip stability in wet environments. The telescopic sections feature precision tolerance design and sealed interfaces, effectively preventing sand entry and jamming, ensuring smooth operation in harsh environments.

Color/Style Display

The fiberglass version comes in international rescue standard bright yellow, with visibility up to 45 meters in turbid water and low-light environments, enhancing rescue identification and safety; the stainless steel version maintains its metal color with special electrolytic polishing treatment, featuring excellent corrosion resistance even with prolonged use in seawater and sewage environments without material aging, both materials passing professional rescue equipment durability tests.

Application Scenarios

Urban Flood Rescue: During urban rainstorm flooding, firefighters use the 9-meter multifunctional salvage pole to rescue people trapped in vehicles without entering dangerous water areas, participating in approximately 800 flood rescues annually with a 78% improvement in rescue safety rate.
Dam Emergency Response: Water department workers use stainless steel salvage poles to remove dangerous debris from dams, handling about 500 dam emergencies during each flood season, eliminating safety hazards in advance.
Mountain Stream Rescue: Mountain rescue teams equipped with lightweight fiberglass salvage poles rescue trapped tourists in rapid mountain streams, executing approximately 150 emergency rescues annually with a 90% success rate.
Waterlogged Ruins Areas: In post-earthquake waterlogged ruins, rescue personnel use multifunctional salvage poles to detect water depth, remove obstacles, and rescue trapped people, improving work efficiency by 35% in major disaster rescue operations.

Usage Steps

Check all section connections before use to ensure there's no looseness or damage, extend to the required length according to rescue distance needs and lock each section. Maintain a low center of gravity posture during rescue, place the ring rescue head near the target (person or object), ensure the rescue ring completely surrounds the target before slowly retrieving, maintaining even force to avoid slipping. For storage, unlock each section sequentially, compress from the top section by section, lock completely after compression and store in a dry place.

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Maintenance Guide

Rinse all components with clean water after each use, especially sand and debris in telescopic interfaces, to avoid buildup causing jamming. Regularly check the locking mechanism and connection components' tightness; the aluminum alloy rescue ring can be corrected at room temperature if deformed. It's recommended to maintain stainless steel versions with professional anti-rust oil quarterly, while fiberglass versions should avoid prolonged direct sunlight storage. Proper maintenance ensures long-term reliable equipment operation in high-frequency rescue environments.