Industry Standard Tinplate Can | Home Storage, General Food Packaging | Tinplate (0.2mm thickness, ISO 14786) (basic durability for short-term storage) | Cost-effective, widely available, FDA-compliant (meets 21 CFR 178.3800) | Prone to dents, lower corrosion resistance (reduces shelf life in humid climates) |
Our Base Tinplate Can | Emergency Supplies, Portable Meals | Tinplate (0.25mm ▲, ISO 14786) (25% thicker than standard for better protection) | Improved durability vs industry standard, lightweight (ideal for travel) | Slightly heavier than aluminum cans, limited heat resistance (not for high-temperature sterilization) |
Our Advanced Tinplate Can | Industrial Use, Long Shelf Life | Tinplate (0.3mm ▲▲, ISO 14786) (thickest in class for extreme durability) | Highest corrosion resistance (ASTM B117 salt spray test: 500+ hours), triple seam sealing (ISO 22000 compliant) | Higher cost, requires specialized handling (not recommended for frequent opening/closing) |
Stainless Steel Can | High-End Products, Industrial Storage | 18/8 Stainless Steel (0.3mm, ASTM A240) (non-reactive, rust-proof) | Corrosion-resistant, durable (withstands extreme temperatures) | Heavy, expensive, limited recyclability (compared to aluminum/tinplate) |
Aluminum Can | Portable Meals, Beverages | Aluminum (0.25mm AA3003, ISO 22000) (lightweight, fully recyclable) | Lightweight (ideal for on-the-go use), 100% recyclable (reduces environmental impact) | Prone to dents, lower heat resistance (not suitable for high-pressure sterilization) |
Double Seam Welded Can | Sterilized Foods, Long Shelf Life | Double Seam Strength ≥35N (ASTM B446) (airtight seal for 5+ years) | Superior seal integrity (prevents microbial contamination), extends shelf life | Complex manufacturing (higher cost), bulky design (less portable) |