Shell and Tube Heat Exchanger | High-pressure industrial systems, HVAC, chemical processing | - Material: Aluminum (ASTM B221) / Titanium (Advanced ▲▲) - Max Pressure: 4.5MPa (▲) / 6MPa (Advanced ▲▲) - Warranty: 1yr (ISO 9001) | ▲ 50% higher pressure capacity than industry standard (3MPa) Lightweight corrosion resistance (Aluminum) Customizable ports and valves | Heavier than plate types Higher initial cost compared to steel variants |
Plate Heat Exchanger | Space-constrained areas, food processing | - Material: Stainless Steel (ASTM A240) - Max Pressure: 2.5MPa - Compact design | High heat transfer efficiency Easy maintenance and cleaning | Lower pressure tolerance (not suitable for >3MPa) Prone to fouling in viscous fluids |
Air-Cooled Heat Exchanger | Outdoor applications, low-pressure cooling | - Material: Galvanized Steel - Max Pressure: 1.5MPa - No coolant required | No coolant dependency Low maintenance costs | Less efficient in high humidity or dusty environments Noisier operation (50-60 dBA) |
Brazed Plate Heat Exchanger | Refrigeration, HVAC systems | - Material: Copper (ASTM B111) - Max Pressure: 4MPa - High thermal conductivity | Compact size High efficiency for clean fluids | Not corrosion-resistant for harsh chemicals Rigid design limits scalability |
Spiral Heat Exchanger | Wastewater treatment, viscous fluids | - Material: Stainless Steel (ASTM A240) - Max Pressure: 3MPa - Self-cleaning spiral design | Handles fouling and viscous fluids Compact footprint | Lower heat transfer efficiency compared to plate designs Complex maintenance |
Titanium Heat Exchanger | Corrosive environments, seawater systems | - Material: Titanium (ASTM B348) - Max Pressure: 6MPa (▲▲) - Corrosion-resistant coating | ▲▲ Extreme corrosion resistance (vs. Aluminum) High-pressure tolerance (6MPa) | Highest cost among materials Heavier and harder to weld |