Titanium Heat Exchangers

    Titanium Shell and Tube Heat Exchangers are suited for a vast range of chemical environments and conditions, due to a thin, invisible, but extremely protective, surface oxide film (primarily TiO2). Titanium is especially known for its elevated resistance to localized attack and stress corrosion in aqueous chlorides (e.g., brines, seawater) and other halides and wet halogens (e.g., wet Cl2 or Cl2- sat, brines), and to hot, highly-oxidizing, acidic solutions (e.g., FeCl3 and nitric acid solutions). Titanium is also recognized for its superior resistance to erosion, erosion-corrosion, cavitations, and impingement in flowing, turbulent fluids.

    Alfa Titanium Shell and Tube Heat Exchanger is fully constructed with pressurized shell and spiral corrugated or smooth inner tube. This ensures high velocities inside the unit making titanium shell and tube heat exchanger a very reliable, efficient and cost effective way on the heating, cooling, condensing or evaporation and so on 

    Features:
    With high heat transferring efficient heat exchanger tubes and smooth shell, it ensures high velocities inside of the unit making the heat exchanger a very reliable, efficient and cost effective way to transfer heat indirectly between hot circuit and cold circuit.
    Alfa Titanium Shell and Tube Heat exchangers are fully welded construction. It can endure high working pressure. It avoids the replacement for gasket and saved more time and cost on maintain or clean.

    Advantages:
    1. High efficiency,coefficient up to 10000 W/m2•°C,Heat exchanging capacity 3-7 times traditional equipments.
    2. Compact configure, occupy small area, one tenth as the traditional equipments
    3. Titanium material, endure high temperature, pressure and corruption. 
    4. Helix screw thread elasticity heat exchange bundle, eliminate the stress
    5. Design flux speed is 5.5m/s, less dirt.
    6. ASME standard VIII-1
    7. Easy clean and maintain
    8. Big flow volume
    9. Compactable
    10. Easy installation and durable. 

     

    Design Parameters

    TUBES

    SHELL

    TEMPERATURE

    406°F (208°C)

    406°F (208°C)

    PRESSURE 1

    650 PSI (4.50MPa)

    190 PSI (1.31MPa)

    PRESSURE 2

    650 PSI (4.50MPa)

    500 PSI (3.50MPa)

    PRESSURE 3

    190 PSI (1.31MPa)

    87 PSI (0.60MPa)



    Titanium Shell and Tube Heat Exchangers Nominal Performance for Pool Heating

    Model

    Normal Capacity

    Pool Capacity

    kW

    kBtu/Hr

    Gallons@1°F/hr

    M3@1°C/hr

    SP-55

    16

    55

    4700

    32

    SP-85

    25

    85

    7300

    49.7

    SP-155

    45

    155

    13300

    90.6

    SP-210

    60

    210

    18000

    122.6

    SP-300

    88

    300

    25800

    175.8

    SP-360

    105

    360

    31500

    214.6

    SP-600

    175

    600

    52500

    357.7

    SP-1200

    352

    1200

    105600

    719

    SP-2400

    704

    2400

    211200

    1438

    SP-3000

    880

    3000

    264000

    1797.5

    SP-3600

    1056

    3600

    316800

    2157

    SP-4500

    1310

    4500

    396000

    2700

    SP-5000

    1460

    5000

    439000

    3000



    Note: 
    1. For occasional (holidays & weekends) use pools we recommend a 2x output multiplier to obtain a 2°F/hr heat up rate;
    2. Nominal values are based on 60°C temperature between incoming heating and heated water. 

     

    Typical residential application:
    Swimming pools, spas heating
    Hot tube heating

    Typical industrial application:
    Marine oil cooling or heating
    Offshore hydraulic oil cooling
    Sea food processing
    Waste water heat recovery
    Industry process applications

    Download Brochure

    Liquid error: Could not find asset snippets/currencies.liquid