3003 Aluminium Fin Tube Manganese Alloy Grade With Improved Strength And Stable Fin Forming Manufacturer In India

Timex Metals is a reputed 3003 Aluminium Fin Tube Manufacturer, which is a high-performance tube used in applications where high efficiency of heat transfer is needed in several industries. These fin tubes are produced with high-grade aluminium alloy 3003, which has superior resistance to corrosion and a high thermal conductivity. These fin tubes are engineered to provide the best performance in heat exchangers, air coolers, and condensers, and are known to provide a higher level of durability and reliability even in the harsh thermal conditions. We are a manufacturer with high standards that distinguish us and make us a company of choice among our clients who need reliable and durable solutions.

The 3003 aluminium fin tube is desirable in cases when it is necessary to have good thermal conductivity, corrosion resistance and lightweight construction. The content of manganese in the alloy enhances the strength yet retains a high level of formability during the finning processes. The fin height and tube diameter are imposed depending on the requirements of airflow and heat rejection. 321 Stainless Steel Fin Tube is frequently discussed in case of the material comparison in the conditions of higher temperature of service or more aggressive service conditions.

3003 Aluminium Fin Tube – Material & Specification Table

• Application Behaviour & Heat Transfer Performance: Aluminium fin tubes are common in medium temperature heat exchange applications with a need to maintain consistent thermal conductivity and have a uniform airflow contact. The alloy has been used in air-cooled exchangers, oil coolers and gas heating systems with reliability in giving uniform heat dissipation throughout the long operating periods without fin deformation.

• Fin Bonding & Manufacturing Characteristics: These fin tubes are normally made through extrusion or mechanical finning processes through which an uninterrupted metallurgically stable bond between the tube and fin is formed. The close fin interface minimizes thermal resistance, enhances the efficiency of heat transfer, and eliminates the loosening of the fin caused by vibrations, which occur when it is used over an extended period of time.

• Material Grade Properties (AA 3003): Aluminium alloy 3003 presents a better corrosion resistance than pure aluminium and at the same time has high formability. It is an alloy of manganese, the main alloying element, that is very strong and does not reduce thermal conductivity, thus it can be used in humid, mildly corrosive, and outdoor industries.

• Operational Reliability Benefits: Footings Maintenance Benefits: Aluminium fin tubes 3003 are resistant to oxidation of the atmosphere and have a lower likelihood of accumulating foulants on fin surfaces. Their lightweight design makes them easy to install, exchanger frames to be lower loaded and easy to clean and maintain which contributes to a longer service life and a shorter downtime.

3003 aluminium fin tubes are basically thermal conductor because of their good thermal conductivity, corrosion resistance and because they can be easily fin-formed. The alloy's content of manganese improves the strength of the alloy as compared to pure aluminium while still maintaining good workability, which, in turn, helps in keeping the fin geometry consistent over long lengths. While making a selection on a B2B portal, engineers compare the specifications of 3003 aluminium fin tube with those of 6061 Aluminium Fin Tube in order to comprehend the variance in mechanical strength, temperature tolerance, and the degree of harshness of the operating environment that the product can be used in. Having accurate information about material grade, fin dimensions, and weight per meter gives the users the opportunity to make correct structural load calculations and select a configuration that matches the actual working conditions instead of making generic assumptions.