Flood Control Rescue Rod, Fiberglass Material, Quick Salvage Tool

Core Selling Points

Flood-Specific Design: Designed for flood disaster characteristics with 70% improved water flow impact resistance, maintaining good operability in rapid currents.

Rapid Deployment: Innovative folding structure, deployed and locked within 3 seconds, 65% faster than ordinary rescue tools, securing valuable time for emergency flood rescue.

Lightweight Strength: Made of aerospace-grade materials weighing only 1.9kg while maintaining 85kg load capacity, facilitating prolonged operation by rescue personnel.

Precise Locking: Multi-section precision locking structure firmly locks at any length, improving stability during rescue operations by 85%.

Multi-functional Application: Specially designed rescue head for personnel assistance, obstacle removal, temporary indicators, and various flood control disaster relief work, multiple uses from one tool.

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Material and Craftsmanship Details

Made of specially treated glass fiber composite material or quality stainless steel, processed through high-temperature pressing techniques, with 55% higher material strength than traditional rescue tools. Connection points employ precision injection molding technology with tolerance controlled within 0.04mm, ensuring smooth extension and reliable locking. The rescue head uses special alloy one-piece molding without welding points, with 60% improved strength, and the entire structure has undergone 12,000 load tests to ensure high reliability in harsh flood control environments.

Color/Style Display

The fiberglass version comes in international flood control standard bright yellow, with visibility up to 50 meters in turbid flood environments, greatly enhancing rescue identification; the stainless steel version maintains its original metal color with special anti-corrosion treatment, featuring strong weather resistance and anti-erosion capabilities that maintain performance even with prolonged use in sand and sewage environments. Both materials have passed professional rescue equipment strength tests, adapting to various flood rescue scenario requirements.

Application Scenarios

Flood Entrapment Rescue: Flood control teams use flood rescue rods to save trapped people in flood-surrounded areas, performing approximately 800 emergency rescues during each flood season with a 75% improved rescue success rate.

Temporary Rescue Point Marking: Emergency management departments use rescue rods to quickly establish temporary rescue points and safety passage markers, serving over 15,000 disaster victims annually.

Reservoir Discharge Area Evacuation: Water departments use flood control rescue rods to assist downstream area evacuation before reservoir discharges, participating in approximately 300 safe discharge evacuations annually.

Underground Garage Drainage Rescue: Urban flood control teams use rescue rods to rescue trapped people and salvage valuable items from flooded underground ga.rages, improving underground space rescue efficiency by 60%

Usage Steps

Confirm the locking mechanism is undamaged before use, hold the bottom handle, forcefully swing while quickly extending to the desired length, with the locking sound indicating successful automatic locking. Maintain a stable posture during rescue, smoothly deliver the rescue head to the target position, and after the rescued person firmly grips it, maintain steady speed while pulling back, avoiding sudden movements causing grip loss. After completing the task, press the unlock button, compress section by section and clean, store in a dry place ensuring good condition for the next emergency use.

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Maintenance Guide

Thoroughly rinse all components with clean water after each use, especially sand in the telescopic connections, ensuring no residual contaminants. Regularly check the locking mechanism's flexibility, applying professional lubricant if sluggishness occurs. Deformed rescue heads can be corrected using professional tools. Stainless steel versions should be quarterly checked for corrosion marks, while fiberglass versions should avoid long-term storage in extreme temperature environments. Proper maintenance ensures continuous reliable equipment operation in high-intensity flood rescue environments.