SAFETY AIR CUSHION
INFLATABLE SAFETY AIR CUSHION - MULTI-PURPOSE FIRE RESCUE JUMPING CUSHION
Option 1: Fan Type Safety Air Cushion
The Fan – Type Safety Air Cushion set offers a highly efficient, life-saving solution for critical emergency rescues worldwide, including high-rise building fires, tactical rescue operations, and disaster evacuations. Engineered in collaboration with global market leaders in advanced ventilation and industrial plastics, these rescue cushions are manufactured using 100% certified premium raw materials under strict ISO 9001:2015 (Quality Management) and ISO 14001:2015 (Environmental Management System) standards.
Our industrial-grade safety air cushion is manufactured using high-tension pvc-coated nylon and self-extinguishing reinforced fabrics to guarantee absolute reliability in emergency situations. Equipped with a unique shock absorption system, the cushion is designed to safely absorb g-force and decelerate the kinetic energy of a falling person within a fraction of a second.
1. Inflation Time: Rapid deployment within 55-70 seconds (variation depends on fans configuration).
2. Power Requirements: High-frequency running fans compatible with 50Hz / 60Hz AC electricity (standard 120V / 240V options available).
3. Safety Standards: Engineered in strict accordance with premium quality control and global structural impact metrics.
Premium Material & High Reliability
Built for the toughest rescue environments, the cushion is crafted from 100% specialized heavy-duty Polyester with a reinforced double-seam structure. The material is fully self-extinguishing (fire-resistant), waterproof, anti-acid, and highly tear-and-abrasion resistant. Because the system operates on optimized low pressure, it features advanced puncture-sustenance. The air cushion can withstand small tears or punctures during a live evacuation operation without compromising its structural integrity, ensuring absolute safety.
Our heavy-duty safety jumping cushion (also referred to as rescue air cushions or emergency escape mattress) serves as the ultimate safety cushion during critical high-rise fires. These specialized jumping cushions act as reliable emergency air bags when conventional evacuation paths are blocked.
As a trusted global distributor of high-rise evacuation equipment, we ensure that every deployment follows strict international protocols. For detailed guidelines on life safety and fire compliance benchmarks, you can visit the official NFPA National Fire Protection Association platform to review globally recognized safety criteria.
Fan type - Safety Air Cushion Specifications
| Model No | GDF35 | GDF46 | GDF70 | GDF100 | GDF150 | GDF200 |
|---|---|---|---|---|---|---|
| No. of Chamber | One Chamber | Two Chamber | ||||
| Size (m) | 3.5x3.5x1.5 | 4.0x6.0x2.0 | 4.5x6.0x2.5 | 5.0x7.0x2.5 | 6.0x8.0x3.0 | 7.0x10.0x3.0 |
| Allowable Height | Under 15m | 15m | Under 25m | 30m | 45m | 60m |
| Injection time | 30sec | 50sec | 65sec | 75sec | 110sec | 135sec |
| Reinflation time | 10sec | 17sec | 18sec | 25sec | 35sec | 40sec |
| Weight | 40kg | 70kg | 80kg | 145kg | 150kg | 170kg |
| Cushion Packing | 130x70x50cm | 130x70x50cm | 130x80x50cm | 130x80x50cm | 130x80x50cm | 130x90x50cm |
| Fan Type | DTV-300ca x 1 | DTV-300ca x 1 | DTV-300ca x 2 | DTV-350ca x 2 | DTV-500ca x 2 | DTV-500ca x 2 |
* Customization is available for all products.
DTV-300/350ca
DTV-500ca
Air Blower (Fan) Technical Specifications
| Blower Model | V (Phase) | Fan Size (mm) | Hz | A | W | r.p.m | kW | P | Power Rating (Air Flow) | Air Pressure | Weight (kg) | ||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| m³/min | ft³/min | mmAg | Pa | ||||||||||
| DTV-300 / DTV-300ca | 1ø 220 | 300 | 50 | 1.75 | 400 | 2,850 | 0.4 | 2 | 53 | 1,870 | 45 | 440 | 14 |
| 60 | 2.45 | 540 | 3,300 | 61 | 2,155 | 60 | 590 | ||||||
| DTV-350 / DTV-350ca | 1ø 220 | 320 | 50 | 3.00 | 625 | 2,900 | 0.75 | 2 | 105 | 3,710 | 65 | 640 | 16.5 |
| 60 | 4.35 | 960 | 3,400 | 125 | 4,415 | 90 | 880 | ||||||
| DTV-500 / DTV-500ca | 1ø 220 | 470 | 50 | 3.40 | 710 | 1,445 | 0.75 | 4 | 140 | 4,945 | 36 | 355 | 32 |
| 60 | 4.90 | 1,060 | 1,680 | 160 | 5,650 | 48 | 470 | ||||||
Core Product Features & Engineering Excellence
- Continuous Fan Operation: The safety air cushion is rapidly deployed and continuously pressurized using a high-efficiency continuous air blower fan system.
- Tactical Mobility & Setup: Engineered for rapid emergency response, the system is exceptionally easy to install, deploy, and carry during live field operations.
- Advanced Dual-Chamber Design: Large-diameter air holes on the 2-chamber cushion are specifically designed for immediate air injection, ensuring the system restores to its original shape significantly faster after a landing.
- Automatic Air Stopper Mechanism: When a landing body makes impact with the cushion, an integrated internal air stopper automatically closes the lower chamber hole to manage deceleration and prevent bottoming out.
- Zero-Bounce Kinetic Absorption: The cushion fully absorbs the absolute kinetic energy of the landing body, completely eliminating dangerous secondary rebounds or bounce-backs.
- High-Visibility Color Coding: Manufactured in standard high-visibility Emergency Red for crisp, flawless visual targeting from high elevations.
Advanced Structural Architecture
- Optimized Dual-Chamber Geometry: The 2-chamber configuration guarantees near-instantaneous uniform pressure distribution and quicker structural recovery post-impact.
- Reinforced Side Handles: Heavy-duty plastic mobility handles are securely anchored on all four bottom sides, allowing seamless and quick repositioning by the rescue team.
- Industrial Seam Bonding: All structural joints and sides are permanently bonded using premium specialized adhesives with a precise 5 cm glue-line width for absolute airtight integrity.
Premium Material Composition
- 100% Technical Polyester: Crafted from ultra-durable 100% specialized Polyester featuring full fire resistance, comprehensive waterproofing, and extreme tear/abrasion resistance built over a double-seam structure.
- Field-Mendable Outer Shell: For extended operational lifespans, the outer cover material is fully repairable and can be easily mended on-site using specialized repair materials.
- Night-Vision Luminous Orientation (Optional): Edge parts on all 4 sides can be optionally integrated with 5 cm wide high-contrast Luminous Colored Lines for pitch-dark or smoky rescue environments.
Globally Verified Testing Standards & Compliance
Our manufacturing processes and safety performance metrics strictly comply with and are certified under the following international standards framework:
Standard Deployment & Operating Instructions
Step-by-step operational guide for Safety Air Cushion deployment
Unpacking & Site Preparation
Remove the safety air cushion from its canvas storage packing and position it on a flat deployment surface clear of sharp debris.
Cross-Configuration Unfolding
Carefully unfold the outer protective structural flaps symmetrically on all four sides to form a precise cross layout on the ground.
Complete Base Extension
Unroll the main inner technical chamber canvas completely, smoothing out any large folds to allow uniform internal airflow layout.
Target Grid Orientation
Verify that the center landing target (featuring high-visibility luminous circles) is facing straight upward and aligned correctly with the drop zone trajectory.
Blower Sleeve Integration
Connect the cushion's air induction sleeves securely over the outlets of the continuous fans. Fasten tightly to eliminate pressure leakage.
Power Activation & Inflation
Switch on the heavy-duty blowers or generator. The dual chambers will dynamically inject air, erecting the structure to full operating height within seconds.
⚠️ Critical Safety Caution during Operation
The air blowers (fans) must remain powered and running **continuously** throughout the entire rescue operation. Never cut off the power or compress the air connection sleeves while personnel deployment or live jumping drills are active.
Option 2: Cylinder Type Safety Air Cushion
The Cylinder-Type Safety Air Cushion represents the pinnacle of autonomous, rapid-response high-rise evacuation technology. Engineered explicitly for hazardous zones where electric grid access or mobile fuel generators are completely unavailable, this system functions as a 100% self-contained unit. Powered by specialized high-pressure compressed gas cylinders, it guarantees critical operational readiness and structure inflation within seconds of valve actuation, delivering a zero-bounce landing platform for high-elevation rescue missions. Engineered to meet the elite performance standards of the life cube rescue jumping cushion and air cylinder, this system provides rapid deployment. Firefighters globally trust this type of life cube jumping cushion design for its zero-power dependency and instant inflation
High-Pressure Cylinder Activation Specs:
1. Re-Inflation Time: Industry-leading re-inflation time engineered for rapid sequential cycles.
2. Material Integrity: Built from heavy-duty, durable self-extinguishing reinforced fabrics designed to withstand extreme abrasive environments.
3. Impact Deceleration: Features a controlled-rate impact system that seamlessly absorbs shock from extreme human fall heights, ensuring maximum user safety upon landing.
Cylinder-Type System Showcase & Night-Vision Deployment Target
Core Product Features & Technical Engineering
- Independent Cylinder Autonomy: The entire cushion structure is deployed and fully pressurized via Compressed Air Cylinders. Mechanical blowers, electrical grid connections, or motor pumps are completely unneeded.
- Tactical Handling Framework: Designed for extreme field scenarios; exceptionally straightforward to unpack, align, and carry across debris fields using 4 heavy-duty edge handles during active deployment.
- Rapid Re-inflation Velocity: Re-inflates automatically within 30 seconds max (varying slightly by core model scale) post-impact, ensuring secure consecutive jumps for multiple evacuees.
- Dual-Chamber Air Injection: Large-diameter internal air ports across the dual-chamber layout facilitate instant distribution of incoming air volume, bringing the structure to uniform shape earlier after a landing.
- Absolute Impact Cushioning: Consists of dedicated internal multi-chamber layouts designed to completely absorb the absolute kinetic energy of falling bodies, maintaining verified zero-bounce protection metrics.
Advanced Structural Architecture
- Optimized Chamber Profiles: 1 or 2 internal chamber layouts tailored to provide maximum deceleration curves and uniform safety zones.
- Reinforced Plastic Base Handles: Industrial-grade mobility handles anchored securely across four bottom sides for seamless maneuvering.
- Integrated Luminous Lines: Enhanced with high-contrast tactical luminous colored lines across all 4 side edges for dark or smoke-clogged environments.
Premium Material Composition
- 100% Technical Polyester: Manufactured using specialized fire-resistant, waterproof, and extreme high-tearing resistance woven fabric material over double seams.
- Internal Structural Tubes: High-integrity 1100 Denier Poly-base core coated with elastomeric compounds for optimal resistance to tension and bursting pressures.
- Mendable Outer Cover: Designed with full operational life sustainability; outer shell layers can be easily patched on-site using specialized repair compounds.
Globally Verified Testing Standards & Compliance Framework
Cylinder Type Model & Performance Matrix
| Model No | GDC35 | GDC50 | GDC49 | GDC70 | GDC100 | GDC150 | GDC200 |
|---|---|---|---|---|---|---|---|
| No. of Chamber | One Chamber | Two Chamber | |||||
| Size (m) | 3.5 x 3.5 x 1.7 | 4.0 x 4.0 x 2.0 | 4.9 x 4.9 x 2.5 | 4.5 x 6.0 x 2.5 | 5.0 x 7.0 x 2.5 | 6.0 x 8.0 x 3.0 | 7.0 x 10.0 x 3.0 |
| Allowable Height | Under 15m | 15m | Under 21m | Under 25m | 30m | 45m | 60m |
| Inflation Time | 30sec | 40sec | 40sec | 45sec | 60sec | 80sec | 100sec |
| Reinflation Time | 10sec | 17sec | 19sec | 21sec | 25sec | 35sec | 45sec |
| Cushion Weight | 62kg | 85kg | 100kg | 105kg | 110kg | 170kg | 220kg |
| Packing (cm) | 130x70x50 | 130x70x50 | 130x80x55 | 130x80x50 | 130x80x50 | 150x80x50 | 140x90x60 |
| Cylinder Required | Composite 6.8L x 1~2pcs | Composite 6.8L x 2pcs | |||||
* Customization is available for all products.
Tactical Activation & Deployment Guide (Cylinder Method)
Step-by-step visual sequence for high-pressure air cylinder deployment
Symmetrical Ground Extension
Carefully unfold and stretch out the structural chambers of the emergency rescue cushion symmetrically in the targeted area where deployment is required.
Pneumatic Cylinder Integration
Securely couple the high-pressure filter air cylinder to the primary air inflation valve system. (Standard steel or high-integrity carbon composite cylinders are fully compatible). For twin configurations, dual links can be integrated via a specialized inflation manifold hose.
Valve Actuation & Pressurization
Open the cylinder main supply valve deliberately. An audible "SHHH" sound indicates aggressive, high-velocity internal filling. Once the structure expands to maximum capacity, the integrated multi-chamber speed control safety systems activate automatically. Always ensure the integrated tactical protective flaps are opened right after.
Active Landing Readiness
With complete structural pressure stabilization achieved, the landing target zone is fully armed. Evacuate individuals straight down onto the centered impact target lines, clearing the cushion promptly after each landing.
Cylinder System Interlocking Component Options
COMPOSITE CYLINDER
High-pressure certified 6.8L / T pneumatic gas reservoir unit.
MAIN INTER VALVE
Premium regulation control valve specialized for heavy cylinder flow.
HIGH-PRESSURE HOSE
Industrial-reinforced flexible connection line for localized distribution.
HEAVY-DUTY REPAIR KIT
Specialized high-tensile fabric panels with matching bonding matrix.
SAFETY AIR CUSHION - OCTAGONAL SHAPE
The Octagonal Shape Safety Air Cushion is specifically engineered for enhanced multi-directional stability during critical high-elevation tactical rescues. Featuring an advanced 8-column architectural layout, this geometry distributes impact pressure uniformly across the perimeter, completely eliminating structural shifting. Powered autonomously by high-pressure compressed air cylinders, it requires zero external power or continuous fans, offering an ultra-stable, rapid-inflation evacuation solution.
Octagonal Space-Saving Configuration Specs:
1. Space-Saving Geometry: The patented octagonal design closely meets strict spatial constraints without compromising the core footprint area.
2. Advanced Material Composition: Crafted from high-tension vinyl and multi-layered pvc-coated nylon to provide maximum tear-and-puncture sustenance.
3. Air Release Control: Equipped with precision air release control breathers that dynamically regulate internal pressure based on the falling object's mass weight.
Octagonal Structure Overview & Valve Manifold Configuration
Core Architectural Features
- High-Stability Octagonal Profile: The octagonal geometry provides superior operational structural balance because the impact weight is absorbed uniformly by 8 strategic columns, making it less prone to tilt compared to standard configurations.
- Standalone Cylinder Installation: The entire cushion system is fully pressurized using high-pressure compressed air cylinders. No electric motors, pumps, or noisy continuous blowers are required at the live rescue site.
- Premium Technical Fabric: Constructed from 100% specialized technical Polyester featuring verified fire resistance, complete waterproofing, and extreme high-tearing thresholds over a robust double-seam structure.
- Rapid Field Operations: Exceptionally straightforward to install, deploy, and reposition mid-operation using 4 heavy-duty tactical edge handles.
- Sustainable Life Cycle: The specialized technical material compound allows the outer shell layers to be fully field-mendable on-site using specialized repair matrices.
Advanced Structural Architecture
- Optimized Chamber Profiles: 1 or 2 internal chamber layouts tailored to provide maximum deceleration curves and uniform safety zones.
- Reinforced Plastic Base Handles: Industrial-grade mobility handles anchored securely across four bottom sides for seamless maneuvering.
- Integrated Luminous Lines: Enhanced with high-contrast tactical luminous colored lines across all 4 side edges for dark or smoke-clogged environments.
Premium Material Composition
- 100% Technical Polyester: Manufactured using specialized fire-resistant, waterproof, and extreme high-tearing resistance woven fabric material over double seams.
- Internal Structural Tubes: High-integrity 1100 Denier Poly-base core coated with elastomeric compounds for optimal resistance to tension and bursting pressures.
- Mendable Outer Cover: Designed with full operational life sustainability; outer shell layers can be easily patched on-site using specialized repair compounds.
Globally Verified Testing Standards & Compliance Framework
Octagonal Model Performance Specifications
| Model No | GOC-035 | GOC-037 | GOC-0552 (DC-60S) | GOC-0963 |
|---|---|---|---|---|
| No. of Chamber | One Chamber | One Chamber / Two Chamber | ||
| Size (m) | 3.5 x 3.5 x 1.7 | 3.7 x 3.7 x 1.7 | 5.5 x 5.5 x 2.0 | 9.6 x 9.6 x 3.0 |
| Allowable Height | Under 15m | Under 15m | 30m | 45m |
| No. of Cylinder | Composite 6.8L x 1 or 2 | Composite 6.8L x 2 | ||
| Inflation Time | 55sec | 60sec | 75sec | 90sec |
| Reinflation Time | 10sec | 10sec | 10sec | 30sec |
| Cushion Weight | 62kg | 65kg | 105kg | 250kg |
| Packing (cm) | 130x70x50 | 130x70x50 | 130x75x50 | 150x100x55 |
* Due to customized requirements, adjustments to size and materials are fully supported, and specific custom model numbers can be assigned. [Example: MODEL GOC-0552HY]
* Internal structural frame material can be upgraded to polyamide yarn with advanced natural rubber reinforcement coatings (including Neoprene or Hypalon options).
* Customization is available for all listed products.
Structural Design Configurations
Octagonal Shape Safety Cushion vs Standard Square Geometry Options
⚠️ Strategic Deployment Operational Cautionary Framework
During tactical firefighting and high-altitude emergency operations, deployment protocols must adapt strictly to regional spatial layouts. In wider operational zones, standard protocols dictate deploying the safety air cushion at an adjacent staging area before maneuvering the inflated system smoothly into the targeted impact path, minimizing perimeter risks. However, in scenarios constrained by high-density urban geography or narrow structural footprints, the system must be deployed directly underneath the expected drop zone line.
To prevent early hazardous jumps due to user misconception during layout expansion, clear and persistent instructions must be conveyed to stranded personnel from above. For specialized extreme operations, site coordinators should consider deploying the structure with a secondary protective safety membrane blanketing the top active cells, which is systematically released only once absolute operational internal pressure levels are stabilized.
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