G Type Finned Tubes Exporters - Solitaire Overseas

The G Fin Tube, also referred to as the Embedded Fin Tube, is designed for applications where higher operating temperatures and less corrosive environments are required.

In this design, the fins are created by embedding a fin strip into a groove on the base tube. After placing the fin strip in the groove, the space is filled to ensure a strong bond between the fins and the tube. This manufacturing method gives the G Fin Tube its name, as it is sometimes called the Grooved Fin Tube. This structure enhances heat transfer efficiency, making it suitable for various industrial applications.

Finned tubes have small fins on their outer surfaces that enhance heat transfer and filtration. The heat transfer typically occurs from the inside of the tube to the outside and vice versa. The efficiency of heat transfer in these tubes depends on several factors, including:

The temperature difference between the fluids vs gas
The heat exchange between the fluids and the tube walls
The surface area exposed to the fluids
There are various types of finned tubes produced by manufacturers, each suited for specific processes and equipment.

The G-Type finned tube, also known as the embedded-fin tube, gets its name from its grooved design. In this type, a fin strip made from materials like copper or aluminum is twisted into a machined groove on the base tube. This groove is then filled to secure the fin in place. The G-type fin tube is known for its strength and is commonly used in applications requiring high-temperature heat transfer.

Specifications of G Type Fin Tube

Sr. No	Particulars	Range
1	Base Tube Material	Stainless Steel, Carbon Steel, Alloy Steel, Titanium, Copper, Duplex Stainless Steel, Inconel etc. (all material in the theoretical limit)
2	Base Tube Outside Diameter	12.70 mm to 38.10 mm
3	Base Tube Thickness	1.25mm And Above
4	Base Tube Length	500 mm Min To 15000 mm
5	Fin Material	Aluminum, Copper, Stainless Steel, etc.
6	Fin Thickness	0.3mm, 0.35mm, 0.4mm, 0.45mm, 0.55mm, 0.60mm, 0.65mm
7	Fin Density	236 FPM (6 FPI) to 433 FPM (11 FPI)
8	Fin Height	9.8 mm to 16.00 mm
9	Bare Ends	As per Client Requirement
10	Manufacturing Capacity	5,00,000 Meter Per Annum

Materials for G-Type Embedded Finned Tubes

G-Type Embedded Finned Tubes are made from two primary materials:

1. Core Tube Material:

Carbon Steel: Options include A179, A192, SA210 Gr A1/C, and A106 Gr B.
Low Alloy Steel: Similar applications as carbon steel, offering enhanced properties.
Stainless Steel: Common grades are TP304/304L, TP316/TP316L/316Ti, and A789 S31803/S2205.
Brass: Known for corrosion resistance and durability.
Copper: Grades include UNS12200, UNS14200, and UNS70600.
Copper-Nickel Alloys: Such as CuNi 70/30 and CuNi 90/10, offering excellent corrosion resistance.
Aluminum Bronze and Nickel Alloys: These materials provide additional strength and resistance to harsh environments.

2. Fin Material:

Aluminum: Common grades include Alu.1100 and Alu.1060, chosen for their lightweight and excellent thermal conductivity.
Copper: Used for its high thermal efficiency.
Steel: Provides strength and durability for demanding applications.

These materials are selected based on their specific properties, ensuring optimal performance for various heat transfer applications.

G-Type Embedded Finned Tubes

High Fin Stability	Fins are designed to stay firmly attached, even in challenging operating conditions.
Excellent Heat Transfer Efficiency	These tubes provide outstanding heat transfer, making them perfect for effective thermal management.
High Operating Temperature Capability	They can handle elevated temperatures and resist variations well.
Strong Thermal Shock Resistance	These tubes can endure quick temperature changes without losing their structural integrity.

Applications of G-Type Finned Tubes

G-Type Embedded Finned Tubes are widely used across various industries due to their exceptional heat transfer efficiency and durability. Key applications include:

Petroleum, Chemical, and Petrochemical Industries: Utilized for effective heat exchange processes.

Natural Gas Processing: Essential for efficient thermal management.

Steel Industry: Used in blast furnaces and converter systems for optimal heat transfer.

Power Generation: Applied in steam turbine flue gas condensation and cooling systems in fossil and nuclear power plants.

Air Conditioning: Effective in systems using Freon, ammonia, or propane.

Waste Incinerators: Helps in managing heat during waste processing.

Compressor Coolers: Provides reliable cooling in various compressor applications.

FAQ

Fin Tubes, or Finned Tubes, are heat exchanger tubes designed to increase surface area for efficient heat exchange between air and fluid inside the tube.

'G' Fin Tubes, also called Embedded Fin Tubes, have fins inserted into a continuous groove on the base tube, then secured by backfilling the groove with rollers.

Extruded fin tubes are made from a base tube, typically carbon steel, stainless steel, or alloy steel, and a fin strip material, ensuring heat exchange efficiency.