High-Pressure Steel CO₂ Cylinder (Our Advanced) | Industrial gas storage, fire suppression systems | - Material: 37MN steel (EN 10028) - Pressure: 150 bar (EN 1912) - Capacity: 20L (ISO 14734) | ▲30% lighter than standard steel cylinders Complies with TPED (EU Directive) High durability for corrosive environments | Heavier than aluminum/composite alternatives Higher initial cost |
Standard Steel Cylinder (Industry) | Residential gas supply, small workshops | - Material: Mild steel (ASTM A537) - Pressure: 120 bar (ISO 9809) - Capacity: 10L (EN 1089) | Cost-effective Widely compatible with legacy systems | Lower pressure limits safety-critical applications Prone to corrosion without coating |
Aluminum Cylinder (Competitor) | Portable medical oxygen, camping gear | - Material: 6061-T6 aluminum (ASME Boiler Code) - Pressure: 130 bar (ISO 9809) - Capacity: 5L (UN P/200) | 40% lighter than steel Corrosion-resistant | Lower pressure capacity ▼23% vs steel Higher cost per unit volume |
Composite Overwrapped Cylinder (Advanced Tier) | Aviation, diving equipment | - Material: Carbon fiber over aluminum liner (DOT 3AL-7800) - Pressure: 300 bar (ISO 11119) - Capacity: 8L (CGA V32) | ▲100% higher pressure capacity Extreme lightweight design | 50%+ premium price Requires specialized maintenance |
Miniature CO₂ Cylinder (Our Base) | Lab equipment, beverage dispensers | - Material: Stainless steel (ASTM A249) - Pressure: 100 bar (AS 1210) - Capacity: 1L (ANSI B31.3) | Compact design (140mm diameter) Affordable入门级 option | Limited capacity ▼95% vs industrial models Not suitable for high-demand applications |
High-Capacity Industrial Cylinder | Welding plants, manufacturing facilities | - Material: Chrome-moly steel (API 1103) - Pressure: 200 bar (ISO 11235) - Capacity: 50L (DIN 3680) | ▲150% larger capacity vs standard models Supports continuous high-pressure use | Bulky and difficult to maneuver Requires certified handling training |