Metal (Tinplate) Cans | Industrial packaging, chemical storage | Material: Tinplate (ASTM A525) Pressure Resistance: Base 200 PSI ▲ Advanced 250 PSI (ISO 13489) Chemical Resistance: Withstands 50+ chemicals (ASTM D543) | ▲ Advanced version handles extreme pressures (e.g., industrial solvents). Corrosion-resistant for harsh environments. | Heavier than plastic/aluminum. Higher cost due to material and manufacturing. |
Plastic Aerosol Cans | Home use, low-pressure applications | Material: HDPE (ISO 1120) Pressure Resistance: 150 PSI (ASTM D642) Weight: 200g (ISO 3801) | Lightweight and cost-effective for consumer products. Flexible for curved surfaces. | Limited to low-pressure tasks (e.g., hairspray). Not suitable for corrosive chemicals. |
Aluminum Aerosol Cans | Beverage, personal care products | Material: Aluminum (AA3003) Pressure Resistance: 180 PSI (ISO 13489) Corrosion Resistance: Passivated surface (ASTM B117) | Lightweight and recyclable. Resists corrosion for cosmetics/food-grade use. | Prone to dents. Limited to non-aggressive chemical applications. |
Disposable Aerosol Cans | Single-use, low-cost products | Material: Thin Plastic (ISO 14618) Pressure Resistance: 120 PSI (ASTM D3420) Cost: $0.5/unit (ISO 13399) | Economical for one-time use (e.g., insect repellent). Convenient for small quantities. | Low durability. Environmental concerns due to single-use disposal. |
High-Pressure Aerosol Cans | Industrial spray applications | Material: Reinforced Steel (ASTM A36) Pressure Resistance: 300 PSI (ISO 13489) Spray Force: 50 N (ISO 10545) | Handles high-force tasks (e.g., paint spraying). Robust construction for heavy-duty use. | Bulky and heavy. Expensive and requires specialized handling. |
Eco-Friendly (Recyclable) Cans | Sustainable packaging, green brands | Material: Recycled Plastic (ISO 14021) Recyclable Content: 90% (ASTM D7611) Weight: 180g (ISO 3801) | Environmentally friendly. Lightweight and cost-competitive for eco-conscious brands. | Lower pressure tolerance (max 140 PSI). Potential trade-off in durability. |