Material Composition | Food Processing (Hygiene-Critical) | Industry: Carbon Steel (ASTM A36) ▲ Base: 304 Stainless Steel (ASTM A240) ▲ Advanced: 316 Stainless Steel (ASTM A240) | Base: Corrosion resistance (ideal for acidic foods). Advanced: Enhanced chemical resistance (e.g., saltwater sterilization). | Base: Higher cost vs carbon steel. Advanced: Costly due to premium alloy. |
Pressure Capacity | Meat Sterilization (High-Pressure Needs) | Industry: 1.0MPa ▲ Base: 1.2MPa (ASME BPVC Section VIII) ▲ Advanced: 1.6MPa (ASME BPVC) | Handles tougher loads (e.g., dense canned goods). Advanced: Safe for extreme sterilization cycles. | Requires robust infrastructure (e.g., reinforced floors). |
Automation Level | Large-Scale Production (Factories) | Industry: Manual Controls ▲ Base: Semi-Automatic (PLC Basic) ▲ Advanced: Fully Automated (PLC + Touchscreen) | Base: Reduces manual labor. Advanced: Minimizes human error (ideal for 24/7 operations). | Base: Requires operator training. Advanced: Higher upfront cost. |
Certifications | Global Market Compliance | Industry: CE Only ▲ Base: CE + ASME ▲ Advanced: CE + ASME + FDA | Base: Access to EU/US markets. Advanced: Meets pharma-grade standards (e.g., FDA for medical sterilization). | Advanced: Higher certification costs. |
Temperature Range | High-Temperature Sterilization | Industry: Up to 140°C ▲ Base: 150°C (ISO 2859) ▲ Advanced: 160°C (ISO 2859) | Kills spore-forming bacteria (e.g., in canned meat). Advanced: Destroys heat-resistant pathogens. | Base: May underperform for certain pathogens. Advanced: Higher energy consumption. |
Safety Features | Hazardous Environments (Chemical Plants) | Industry: Basic Relief Valve ▲ Base: Dual Safety Valves (ISO 4126) ▲ Advanced: Triple Valves + Sensors (ISO 4126) | Base: Prevents overpressure risks. Advanced: Real-time monitoring (e.g., pressure leaks). | Advanced: Complex maintenance protocols. |