Versatile Emergency Folding Bed - Your Reliable Lifeline   Our Shelter Rescue emergency folding bed is designed with precision and functionality in mind. The bed is made from high-quality, durable materials that can withstand the rigors of various emergency situations. Its key features include easy and rapid folding and unfolding, allowing for quick deployment. It comes in a variety of colors and sizes, enabling you to choose according to your specific needs. Functionally, it provides a comfortable and stable sleeping surface. It is ideal for emergency disaster relief, offering a safe haven for those affected. It is also highly suitable for the military, medical institutions, as part of UN donations, government reserves, and for the Red Cross.

Emergency Disaster Relief Lounge Chair, 6-Leg Support, Ergonomic

Core Selling Points
6-Leg All-terrain Stability System: Innovative 6-leg support design, using "工" character balanced distribution, contact area increased by 160%, greatly improving stability on various terrains. Each support foot with diameter reaching 8cm, reducing sinking on soft ground by 82%, friction coefficient as high as 0.93, improving stability on wet slippery, inclined surfaces by 175%. Special anti-slip rubber pads using aerospace-grade rubber material, abrasion resistance reaching 28000 times, hardness precisely controlled at Shore A60, maintaining elasticity in temperature range from -30°C to 70°C. Height-adjustable design, adapting to 15° inclined terrain, providing stable support even on uneven disaster area ground, creating safe stable rest environment for rescue personnel, verified in disaster relief operations in 28 countries with diverse terrains.

10-Level Ergonomic Design: Using ergonomically optimized 10-level reclining angle adjustment system, precisely adjustable from 105° (near upright sitting) to 175° (near lying flat), meeting all-round needs from short rest, formal rotation rest to medical observation. Backrest curvature scientifically designed, perfectly conforming to human spine S-curve, reducing waist and back pressure from long-time sitting posture by 78%. Special head and neck support structure, effectively relieving cervical spine fatigue by 65%. Seat using ergonomic zone design, buttock area load-bearing support, thigh area pressure dispersion, avoiding blood circulation obstruction caused by long-time pressure. Armrest height and angle precisely calculated, conforming to ergonomic standards, effectively reducing shoulder and neck pressure by 55%. Scientific angle design improving rescue personnel's recovery efficiency after short rest by 80%, greatly enhancing continuous rescue combat capability.

Aerospace-Grade Ultra-light Structure: Main frame using 25mm aerospace-grade 7-series aluminum alloy, processed through special T6 heat treatment craftsmanship, strength reaching 530MPa, 2.3 times that of ordinary aluminum alloys. Innovative honeycomb structure design, reducing weight by 42% while ensuring strength, single chair weight only 8.5kg, yet capable of bearing 180kg, safety factor reaching 2.2. Special connection technology, each key node reinforced with aerospace-grade rivets, shear resistance reaching 650kg, not loosening after 180,000 times fatigue testing. Surface using three-layer protective treatment: anodized bottom layer, epoxy middle layer, polyester outer layer, improving corrosion resistance by 185%, not corroding in extreme environments such as seawater, acid rain. Ultra-light design allowing even exhausted rescue personnel to easily carry, improving rescue mobility, one person simultaneously carrying 2 chairs, meeting the need for quickly establishing rotation rest stations.

Quick-detachable Modular Design: Innovative quick-detachable modular structure, backrest and seat using 30-second rapid disassembly design, completable without tools. Facilitating washing and disinfection in disaster area environments, effectively improving hygiene safety standards. Fabric using 1080D high-density Oxford cloth, waterproof rating IPX7, maintaining dryness even in continuous heavy rainfall. Special antibacterial treatment, antibacterial rate as high as 99.6%, effectively inhibiting bacteria growth in high-humidity environments. Fabric abrasion resistance reaching 32000 times Martindale test, tear resistance strength 420N, service life in adverse environments 2.8 times that of ordinary disaster relief chairs. Surface friction coefficient controlled at 0.35, both anti-slip and facilitating quick rising, meeting rescue personnel's need to respond to emergencies at any time. Quick-detachable design also facilitating replacement of damaged parts, significantly extending service life, reducing disaster relief material consumption.

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Material and Craftsmanship Details
Main frame uses 7075-T6 aerospace aluminum alloy, strength reaching 530MPa, fatigue resistance 180,000 times cycles without failure. Surface using three-layer protection: anodized bottom layer (15μm), epoxy middle layer (100μm), polyester outer layer (60μm), improving corrosion resistance by 185%. 6-leg support system using aerospace-grade nitrile rubber, Shore hardness A60, abrasion resistance 28000 times. Backrest adjustment system using alloy steel gear structure, locking torque 130N·m, 10-level precise positioning. Fabric being 1080D Oxford cloth, waterproof rating IPX7, antibacterial rate 99.6%, abrasion resistance 32000 times, tear resistance strength 420N. Three-section folding system using aerospace-grade aluminum-magnesium alloy hinges, 50,000 times opening and closing testing without loosening.

Application Scenarios
Earthquake Disaster Area Frontline Command Post: 6-leg support structure maintaining absolute stability in aftershock environments, 10-level ergonomic design providing high-efficiency rotation rest guarantee for command personnel. 8.5kg lightweight design facilitating quick relocation after aftershocks, three-section folding structure allowing command posts to redeploy in shortest time. Quick-detachable design facilitating regular cleaning in dusty environments, maintaining hygienic safety. Already configured as standard in command posts for 9 major earthquake rescues, improving command efficiency by an average of 78%, extending command team continuous working time by 18 hours, providing solid guarantee for disaster area command coordination, significantly improving rescue success rate and life saving efficiency. 180kg load capacity meeting needs of various rescue personnel, ergonomic design greatly improving short-time rest recovery efficiency.


Flood Disaster Frontline Watch Point: IPX7 waterproof rating maintaining functionality in continuous heavy rainfall environments, 6-leg support system maintaining stability on muddy wet surfaces, not sinking or tilting. Three-section folding design facilitating quick relocation when water levels change, lightweight structure allowing rescue personnel to flexibly deploy in complex water environments. 10-level adjustment system meeting diverse needs from short rest to long-time watch, quick-detachable design facilitating maintaining cleanliness and dryness in humid environments. Already used in 12 major flood disaster reliefs, supporting continuous watch of an average of 150 rescue personnel each time, improving rescue response speed by 65%, guaranteeing the continuity and efficiency of flood disaster relief. Ergonomic design reducing watch personnel's fatigue by 72%, significantly improving alertness and work efficiency.

Forest Fire Rescue Frontline Rest Station: 6-leg support system maintaining excellent stability on uneven mountain terrain, 10-level adjustment meeting different needs from short rest to full recovery. 8.5kg lightweight design facilitating quick relocation in mountain environments, three-section folding structure facilitating aerial delivery to fire scene frontline. Quick-detachable fabric design facilitating maintaining cleanliness and dryness in high-temperature sweaty environments. Already used in 7 large forest fire rescues, providing high-quality rotation rest guarantee for frontline firefighters, reducing safety accidents caused by fatigue by 80%, extending firefighters' continuous working time by an average of 4.5 hours, improving firefighting rescue efficiency, accelerating fire scene control. Ergonomic design improving firefighters' physical recovery rate after short rest by 85%, significantly enhancing continuous combat capability.

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Usage Steps
Unpack and Prepare: Remove the folding lounge chair from the portable storage bag, unfasten the securing straps, place at the selected location.

First Step Unfolding: Hold both sides of the chair frame with both hands, pull outward horizontally until hearing the first "click" locking sound.

Second Step Unfolding: Raise the backrest portion until it automatically locks into the preset position.

Third Step Unfolding: Pull up the seat portion, ensure completely deployed and locked in position, check if the six support feet are evenly contacting the ground.

Angle Adjustment: According to need, pull the side adjustment rod, select one of the appropriate 10-level angles, release the adjustment rod to lock.

Use Check: Gently shake to confirm stability, ensure all locking mechanisms are securely in position, adjust support foot height to adapt to terrain.

Quick Folding: After use, adjust the backrest back to upright position, press the safety locks on both sides, complete the three-section folding in reverse order, place into the portable storage bag.

Maintenance Guide
Frame Inspection: After every 20 uses, check all aluminum alloy connection points and locking mechanisms, ensure no loosening or deformation; can use special silicone oil to lubricate moving parts.

Support System Maintenance: After every 15 uses, check the stability of the 6-leg support system, remove mud, sand, and debris from the anti-slip rubber pads, ensuring best anti-slip effect.

Adjustment System Maintenance: After every 20 uses, check the smoothness of the 10-level adjustment system, add appropriate lubricant to the gear positions, ensuring reliable angle locking.

Fabric Care: After every 10 uses, remove the fabric for washing, can use neutral detergent, avoid bleach; install after completely dry.

Rust Prevention: After use in extreme environments such as seawater, acid rain, thoroughly rinse with clean water and completely air dry, regularly check if the coating is intact.

Long-term Storage: Ensure completely dry before folding and storing, store in a ventilated dry place; unfold for ventilation once every 3 months, extending service life.

Q: How does the 6-leg support system improve stability?
A: Character balanced distribution, contact area increased by 160%, 8cm diameter support feet reducing sinking on soft ground by 82%, adapting to 15° inclined terrain, providing safe stable rest environment for rescue personnel.

Q: What advantages does the 10-level ergonomic design have?
A: Precise adjustment from 105° to 175°, backrest curvature conforming to spine S-curve, reducing waist and back pressure by 78%, head and neck support relieving cervical spine fatigue by 65%, improving rescue personnel's short rest recovery efficiency by 80%.

Q: Why is it particularly suitable for rescue personnel?
A: 8.5kg lightweight convenient to carry, 8-second quick deployment, ergonomic design improving recovery efficiency, IPX7 waterproof adapting to adverse environments, verified in 28 countries, significantly improving rescue efficiency by 78%.

Q: What practical value does the quick-detachable design have?
A: 30-second rapid disassembly without tools, facilitating washing and disinfection in disaster areas, improving hygiene safety; fabric antibacterial rate 99.6%, facilitating replacement of damaged parts, extending service life, reducing material consumption.

Q: What extreme rescue environments is it suitable for?
A: 6-leg support adapting to uneven terrain, IPX7 waterproof adapting to heavy rainfall environments, temperature range from -30°C to 70°C, anti-corrosion coating adapting to seawater acid rain, comprehensively meeting needs of various complex disaster relief environments.

Q: How to ensure long-term use durability?
A: Aerospace-grade 7-series aluminum alloy strength 530MPa, fabric abrasion resistance 32000 times, connection points having undergone 180,000 times fatigue testing, three-layer protection improving corrosion resistance by 185%, service life 2.8 times that of ordinary disaster relief chairs.