Metal heat exchanger
I have found results from100000+products and70000+suppliers aboutMetal heat exchanger
Shell and Tube Fluid Heat Exchanger for Metals and Mining
Gas to Gas Heat Exchanger for Waste Heat Recovery From Exhaust Gas in Non-Ferrous Metal Industry
Metal Tube Steel Fin Heat Exchanger 10r-32t-2000 Viabl Design
Custom Metal Fabrication Brazed Plate Heat Exchangers for Fluid Heat Exchange
Custom Metal Tube Bending Heat Exchangers with Coils for Storage Tank Systems
Custom Metal Fabrication Heat Exchangers for Industrial Heating and Condensation
Shell-and-Tube Heat Exchangers for Metal Surface Treatment
Dual Metal Composite Finned Tube Heat Exchanger for Boiler High Corrosion Service
Datang Stainless Steel Sheet Metal Tube and Fin Heat Exchanger
Customized Laser Spiral Finned Tube Heat Exchanger for Efficient Metal Processing
High Thermal Plate for Fast School Heating with Premium Metal Material Quick Heat Transfer Plate Heat Exchanger
High Thermal Heat for Fast School Heating with Premium Metal Quick Heat Transfer Plate Heat Exchanger
SS316L/304L/ Heater/ Heat Exchanger/ Super Stainless Steel/ Special Metal
316L/ 304L/ 316/ 304/ Super Stainless Steel/ Heater/ Heat Exchanger/ Special Metal
Wave Shape Metal Plate Heat Exchanger for Swimming Pool Water
Custom ASME TEMA Standard Heat Exchanger Shell Part Metal Fabrication Service
Metal Fabrication Welding Assembly Stainless Shell and Tube Heat Exchanger
Heavy Duty Metal Plate and Shell Heat Exchanger for Marine and Offshore Cooling Systems
Heavy-Duty Metal Shell and Tube Heat Exchanger for Pulp Processing
High Heat Transfer Coefficient Metal Tubular Heat Exchanger for Energy Saving
Ml Large Metal Stainless Steel Fixed Tubesheet Shell Tube Heat Exchanger
Metal Ring Plate Heat Exchanger Hengliu S22 Gasket Heat Exchanger for Pool Heating
Copper Tube Aluminum Fin Heat Exchanger with Metal Side Plates for Biomass Drying
Fin-Tube Air Cooler Heat Exchanger (Forced Draft) - Constructed of Reactive Metals
ASME Quality Using Reactive Metals Tubular Heat Exchanger
Sourcing guidance for Metal Heat Exchanger
How to choose the right material for a Metal Heat Exchanger based on the working environment?
Selecting the correct alloy is critical for longevity. For HVAC and general cooling, Copper or Aluminum are preferred due to high thermal conductivity. For corrosive environments or chemical processing, Stainless Steel (304/316L) is the industry standard. If dealing with seawater or high-acid fluids, you must specify Titanium or Nickel alloys to prevent premature failure and ensure operational safety.
What technical specifications should be prioritized during the sourcing process?
Buyers must verify the Heat Transfer Coefficient (U-value) and the Maximum Operating Pressure (MOP). Ensure the design complies with ASME Section VIII or PED (Pressure Equipment Directive) standards. Additionally, check the fouling factor allowances to understand how often the unit will require maintenance, and confirm that the connection types (Flanged, NPT, or Welded) match your existing piping infrastructure.
How can I validate the quality and performance of a supplier's heat exchanger?
Request a Hydrostatic Pressure Test report and a Helium Leak Test certificate for every unit. For high-value industrial orders, ask for X-ray or Ultrasonic testing of the weld seams. It is highly recommended to source from manufacturers on Made-in-China.com who hold ISO 9001 and CE certifications, as these indicate a standardized quality management system.
What are the key usage scenarios and functional requirements for different types of metal heat exchangers?
For space-saving needs, Plate Heat Exchangers (PHE) offer high efficiency in a compact footprint, ideal for food and beverage processing. For high-pressure and high-temperature applications, Shell and Tube Heat Exchangers are the robust choice for oil refineries and power plants. Ensure the supplier provides thermal calculation sheets (e.g., HTRI or AspenTech) to prove the unit meets your specific Delta T (temperature difference) requirements.
Cross-Border Purchasing Considerations for Industrial Equipment
What are the primary risks when importing heavy metal equipment internationally?
The main risks include shipping damage (deformation of fins or plates) and rusting during sea transit. Ensure the contract specifies vacuum packaging or the use of desiccants and VCI (Volatile Corrosion Inhibitor) film. Furthermore, verify the HS Code (typically 8419.50) to calculate accurate import duties and anti-dumping taxes specific to your country.
How should I negotiate with suppliers to ensure transaction security and performance?
Utilize Escrow-based payment terms or Letters of Credit (L/C) for large industrial orders. Negotiate a retention fund (typically 5-10%) to be paid only after the equipment has been commissioned and passed the on-site performance test. Always clarify the Incoterms (e.g., CIF vs. DDP) to avoid hidden local port charges.
What logistics and shipping methods are best for Metal Heat Exchangers?
Due to the weight and sensitivity of the internal components, FCL (Full Container Load) is preferred over LCL to minimize handling. For oversized Shell and Tube units, you may need Flat Rack containers or Breakbulk shipping. Ensure the supplier uses reinforced fumigated wooden crates with internal bracing to prevent shifting during transit.





























