Tube Air Cushions
Tube air cushions are designed to ensure product safety by preventing impact damage. These air tubes serve for block and brace protection, stopping goods from shifting within boxes during transit.
Block and Brace Protection
Tube air cushions are a practical solution for void-fill packaging, safeguarding products during storage and transportation. These reusable void fillers provide comprehensive 360-degree protection for diverse applications.
Their adaptable packaging flexibility bridges the gap between standard void fill and cushioning requirements. Tailored to protect products from impact damage, tube air cushions feature a flexible design capable of withstanding repeated impacts and pressure from various angles.
Flexible Design for Impact Protection
The packaging comes with perforations that facilitate tube separation and minimal material wastage. This allows packers to detach the required cushions efficiently. We offer a wide range of air tube packaging choices in materials, lengths, and sizes, with customisation and printing services to suit different packaging requirements.
- Safeguard products from transit damage
- Prevent shifting within boxes
- Perforations reduce waste, aid cushion selection
- Inflate air cushions as needed, save space
- Comprehensive coverage for diverse applications
- Withstands impacts and pressure from all angles
- Easy tube separation minimises material waste
- Air column packing for enhanced product protection
- Tailored solutions aligned with brand requirements
- Machine size: L840*W390*H380(mm)
- Machine weight: 25.3kg
- Machine speed: 25m/min
- Machine voltage: 110-240v
- Size: 14” tube width inflated, perforated between each tube
- Mil Thickness: 1.54mil
- Unit of measure (uninflated): 16
- Tube: 1,750 linear feet of material per box
- Tubes on Demand: Linear low-density polyethene with durability and puncture resistance.
- Biodegradable Tubes on Demand: Biodegrades when in contact with other biodegrading materials.
- Recycled Tubes on Demand: Made from recycled materials