Disposable Helium Cylinders | Event setups, parties, weddings | Steel Alloy Body (EN 10028), 1.2mm Wall Thickness (ISO 9702), 110 Bar Pressure (EN 1089) ▲ 3.3L Capacity (ISO 1011) | Lightweight (2kg, ISO 3864), Cost-effective for single-use, CE/EPR certified | Single-use only, Limited refill capability, Shorter lifespan |
Reusable Aluminum Cylinders | Commercial venues, frequent events | Aluminum Alloy (EN 417), 2.0mm Wall Thickness (ISO 9702) ▲▲, 150 Bar Pressure (EN 1089) ▲▲ 5L Capacity (ISO 1011) | Durable, Reusable, Higher pressure for extended use, Lightweight | Higher upfront cost, Requires professional refills, Heavier than disposable |
Portable Composite Cylinders | Travel, small gatherings | Carbon Fiber Composite (ASTM D758), 0.8mm Wall Thickness (ISO 9702), 80 Bar Pressure (EN 1089) | Ultra-lightweight (1.5kg), Compact design, Resistant to corrosion | Lower pressure capacity, Higher cost per unit, Limited to low-pressure uses |
High-Pressure Steel Cylinders | Industrial applications, balloon trucks | Steel Body (EN 10028), 2.5mm Wall Thickness (ISO 9702) ▲▲▲, 200 Bar Pressure (EN 1089) ▲▲▲ 10L Capacity (ISO 1011) | Extreme durability, High-pressure output, Ideal for bulk inflation | Bulky, Requires specialized handling, Expensive, Not portable |
Industrial Bulk Tanks | warehouses, large-scale events | Stainless Steel (ASTM A240), 5.0mm Wall Thickness (ISO 9702) ▲▲▲▲, 160 Bar Pressure (EN 1089) ▲▲ 50L Capacity (ISO 1011) | Massive helium storage, Cost-effective for high-volume use | Immovable, High maintenance, Requires infrastructure, Not suitable for mobility |
Balloon Inflation Kits | Event decoration, party planning | Integrated Pump Mechanism (ISO 13686), 1.0mm Wall Thickness (ISO 9702), 100 Bar Pressure (EN 1089) 2L Capacity (ISO 1011) | User-friendly design, Quick setup, Combines storage and inflation tools | Low capacity, Lower pressure limits, Less durable than standalone cylinders |