ASME SA312 TP347 Stainless Steel HFW Serrated Tube With Stainless Fin Strip For

Product Specification

ASME SA312 TP347 Stainless Steel HFW Serrated Tube With Stainless Fin Strip For Economizer

Product Overview:

The ASME SA312 TP347 Stainless Steel HFW Serrated Tube with Stainless Fin Strip is a high-performance heat transfer solution designed for use in economizer applications. The tube is made from TP347 stainless steel, which provides excellent resistance to high-temperature oxidation and corrosion, making it ideal for use in economizers and other high-temperature heat recovery systems. The serrated fin design enhances the thermal performance by increasing the surface area for heat exchange, making it perfect for use in power plants, furnaces, and boilers that require efficient heat recovery from exhaust gases.

Key Features

1. Base Tube Material: ASME SA312 TP347 Stainless Steel

• TP347 stainless steel is a high-alloy austenitic steel that contains columbium and tantalum, making it highly resistant to high-temperature oxidation and intergranular corrosion.

• TP347 offers excellent resistance to sulfur compounds, which is crucial for use in economizers where the tube is exposed to high-temperature flue gases.

• This material provides superior strength at elevated temperatures, making it ideal for use in heat recovery systems and economizers that operate under high-heat and pressure conditions.

2. Fin Type: Serrated Fin Design

• The serrated fin design maximizes heat transfer efficiency by increasing the surface area for heat exchange and inducing turbulence in the surrounding fluid or gas.

• The serrated edges of the fins break up the boundary layer of fluid, improving contact efficiency and allowing more effective heat dissipation, which is essential in applications like economizers where efficient heat recovery is necessary.

3. Fin Material: Stainless Steel

• The fins are made from stainless steel, which ensures excellent corrosion resistance, particularly in high-temperature environments and chemical-rich gases such as those encountered in economizers, furnaces, and boilers.

• Stainless steel fins also offer strength and durability, maintaining their performance even under thermal cycling conditions, which are typical in economizer applications.

4. Application: Economizers, Heat Recovery, Power Plants

• ASME SA312 TP347 Stainless Steel HFW Serrated Tubes are designed for economizers, where they help recover heat from exhaust gases in power plants, boilers, and furnaces.

• These tubes are particularly useful in energy recovery systems, where their high heat transfer and corrosion resistance make them ideal for heat exchange in high-temperature systems.

Chemical Composition

Base Tube: ASME SA312 TP347 Stainless Steel

Mechanical Properties

Base Tube: ASME SA312 TP347 Stainless Steel

Advantages of ASME SA312 TP347 Stainless Steel HFW Serrated Tube with Stainless Fin Strip for Economizer 

1. Enhanced Heat Transfer Efficiency:

   • The serrated fin design maximizes the surface area for heat transfer and creates turbulence, improving the thermal efficiency in economizer applications.

2. High-Temperature Resistance:

   • TP347 stainless steel provides excellent resistance to high-temperature oxidation and thermal stability, making it perfect for use in high-temperature heat exchangers and economizers exposed to exhaust gases.

3. Corrosion Resistance:

   • TP347 stainless steel and stainless steel fins offer outstanding resistance to corrosion, especially in environments where sulfur compounds and chlorides are present, such as furnaces, boilers, and power plants.

4. Durability and Strength:

   • The combination of TP347 stainless steel base tube and stainless steel fins ensures high strength, resilience, and long service life, even under thermal cycling and high-pressure conditions.

5. Cost-Effective Heat Recovery Solution:

   • The HFW serrated tube design is a cost-effective solution for energy recovery systems, providing high-performance heat transfer while minimizing the use of materials in space-constrained systems.

Applications

• Economizers: Used in power plants, furnaces, and boilers for heat recovery from exhaust gases, improving overall energy efficiency.

• Heat Exchangers: Ideal for industrial heat exchangers where efficient heat exchange is required in high-temperature systems.

• Energy Recovery: Perfect for use in waste heat recovery and industrial energy-saving systems where efficient thermal performance is crucial.

• Furnaces and Boilers: Applied in furnaces and boilers for thermal management and energy recovery in various industries.