Struggling to find a reliable G type fin tube supplier for your next big project? You’re not alone! With so many factories out there, it’s tough to know which ones truly deliver on quality, price, and service. Choosing the right manufacturer can save you money, boost efficiency, and ensure smooth, stress-free operations. Ready to discover the best options available? Dive into our comparison of top G type fin tube suppliers and make your next decision with total confidence!

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Grooved Fin Tube or ‘G’ Fin Tube (Embedded Fin Tube )

Product Details:
The company offers Grooved Fin Tubes (also known as G-Fin Tubes or Embedded Fin Tubes), where metal fins are embedded into a helical groove cut into the tube wall to create a strong mechanical bond between the fin and the tube. These finned tubes are commonly used to enhance heat transfer in various heat exchanger applications.

Technical Parameters:
– Tube Material: Carbon Steel, Alloy Steel, Stainless Steel
– Fin Material: Aluminum, Copper, Carbon Steel
– Tube OD: 19mm – 38mm; Fin Height: 6mm – 16mm; Fin Thickness: 0.3mm – 0.6mm
– Fin Pitch: 2.3mm – 10mm; Tube Length: Up to 15 meters

Application Scenarios:
– Petrochemical heat exchangers
– Oil and gas industry heat recovery equipment
– Air coolers and condensers
– Power plant equipment and chemical processing

Pros:
– Excellent fin-to-tube bond provides efficient heat transfer
– High resistance to thermal cycling and fin detachment
– Suitable for high-temperature and high-pressure applications

Cons:
– Not suitable for corrosive gas environments
– Limited use with extremely aggressive fluids

L/LL/KL/G Finned Tubes, L-Type Finned Tubes, LL-Type Finned Tubes, KL …

Product Details:
The company offers L, LL, KL, and G type finned tubes designed for heat transfer applications, with various finning methods for different performance and corrosion resistance requirements. Tube and fin materials include carbon steel, stainless steel, copper, titanium, aluminum, and copper. Seven finning lines with a monthly capacity of 220,000 meters. Products are fabricated according to customer drawings and requirements.

Technical Parameters:
– Tube Outer Diameter (OD): 19mm to 51mm (3/4″ to 2″)
– Tube Wall Thickness: L/LL/KL: 1.65mm to 3.0mm (0.065″ to 0.118″); G: 2.11mm to
– Tube Length: Up to 22,000mm (72ft max)
– Fin Thickness: 0.3mm to 0.5mm (0.012″ to 0.02″)
– Fin Height: 10mm to 16mm (0.394″ to 0.63″)
– Fin Pitch: 100FPM to 433FPM (3FPI to 11FPI)
– Fin Types: L, LL, KL, G

Application Scenarios:
– Heat exchangers in power plants and industrial facilities
– Applications requiring enhanced heat transfer and/or corrosion protection
– Situations where tube material longevity in corrosive environments is important
– Used as alternatives to extruded finned tubes in cost-sensitive applications

Pros:
– Enhanced heat transfer due to optimum contact pressure and bonding methods
– Improved corrosion protection, especially with LL type fins that fully enclose
– Flexible material choices (carbon steel, stainless steel, copper, titanium,
– High production capacity and ability to support custom designs per client

Cons:
– LL and KL fin types are alternatives to more expensive extruded fins,
– Fin types such as L may offer less corrosion resistance than fully covered or
– Product customization may complicate lead times or increase complexity for

Embedded Finned Tubes | Tex-Fin: Optimal Heat Transfer Solutions

Product Details:
Embedded (G-type) finned tubes produced by TEX-Fin feature a fin mechanically inserted and embedded into a groove on the tube, ensuring firm bonding between the tube and the fin. These tubes are primarily used in air-cooled exchangers and offer improved heat transfer and mechanical strength.

Technical Parameters:
– Base Tube Materials: Carbon steel, Stainless steel, Copper, Copper-nickel
– Fin Material: Aluminum or Copper.
– Outer Diameter: From 12 mm up to 50 mm.
– Fin Height: Up to 16 mm.

Application Scenarios:
– Air-cooled heat exchangers in the power and petrochemical industries.
– Air heaters and gas coolers.
– Process gas or fluid heat recovery systems.

Pros:
– High mechanical strength and good resistance to fin detachment due to embedded
– Improved heat transfer efficiency compared to loose or wound fins.
– Long service life, especially in applications with thermal cycling or vibration.

Cons:
– Cannot be used at very high temperatures due to potential differences in
– Manufacturing process is more complex compared to some simpler finned tube

G-Fins Tubes for Heat Exchanger | Be. Tube Srl

Product Details:
G-Fin embedded finned tubes consist of fins embedded into extruded grooves on the tube surface, primarily used to enhance heat transfer efficiency in heat exchangers.

Technical Parameters:
– Fins are embedded into extruded grooves for increased mechanical strength and
– Available in a variety of materials, typically requiring compatibility between
– Designed for operation under high temperature and cyclic thermal conditions.
– Fin pitch, height, and tube dimensions can be customized according to

Application Scenarios:
– Heat exchangers for petrochemical, power plants, and refinery industries.
– Applications requiring resistance to vibration and thermal cycling.
– Situations where high mechanical fin-tube bond strength is essential.

Pros:
– Enhanced heat transfer performance compared to plain tubes.
– Excellent mechanical strength due to fin embedding.
– Good resistance to vibration, expansion, and contraction due to thermal cycling.
– Long service life and durability in harsh conditions.

Cons:
– Typically requires the use of compatible materials for tube and fin.
– Complex manufacturing process compared to some other fin types.

G Type Embedded Finned Tube For Heat Exchangers

Product Details:
G Type Embedded Finned Tube for Heat Exchangers offered by Beite. The company supplies various types of boiler tubes, heat-exchanger tubes, superheater tubes, and finned tubes suitable for industrial heating applications.

Technical Parameters:
– Available in compliance with standards including ASTM (A179, A192, A209, A210,
– Material options include seamless steel, alloy, copper, and titanium
– Product types include extruded, embedded, and copper finned tubes

Application Scenarios:
– Heat exchangers in industrial settings
– Boilers in power generation or processing plants
– Superheater units for thermal systems

Pros:
– Wide range of international and domestic tube standards supported
– Variety of material selections (steel, alloy, copper, titanium) for different
– Diverse product range suitable for boiler, heat exchanger, and superheater

Cons:
– Specific technical details for G Type Embedded Finned Tube (such as fin
– Lack of clear information about disadvantages or limitations of the finned tube

Embedded g Type Fin Tube Manufacturers – Yuhong Group

Product Details:
Embedded G Type Fin Tube manufactured by Yuhong Group, used for enhanced heat transfer in industrial applications. These fin tubes are produced by embedding G type fins into the base tube, improving durability and thermal efficiency.

Technical Parameters:
– Fin type: Embedded G Type (fin inserted into grooves in the tube surface and
– Material options: Carbon Steel, Stainless Steel, Copper Alloy, Nickel Alloy,
– Applications standards: ASTM and ASME compliant (various grades available for
– Fin and tube dimensions, pitch, and density can be customized upon request

Application Scenarios:
– Heat exchanger tubes for power plants and industrial processes
– Boiler tubes for steam generation and process heating
– Oil & gas refining and petrochemical industry
– Shipbuilding and offshore platforms

Pros:
– Enhanced heat transfer efficiency due to increased external surface area
– Excellent mechanical bonding of fins results in good durability and high
– Suitable for high temperature and high pressure environments
– Customizable to various industry standards and specific requirements

Cons:
– Manufacturing process is more complex and costly compared to simple fin tubes
– Less suitable for extremely corrosive environments unless special materials are

Embedded Fin Tube | G Type Finned Tubes Manufacturer in India

Product Details:
The ‘G’ Fin Tube, also known as Embedded or Grooved Fin Tube, features fins embedded into grooves on a base tube with secure backfilling for high bond strength and optimal heat transfer. Mainly used where higher operating temperatures and moderate corrosion resistance are required, the tubes are manufactured using various combinations of base tube and fin materials according to client specifications.

Technical Parameters:
– Base Tube Material: Stainless Steel, Carbon Steel, Alloy Steel, Titanium,
– Base Tube Outside Diameter: 12.70 mm to 38.10 mm
– Base Tube Thickness: 2.11 mm and above
– Base Tube Length: 500 mm to 15000 mm
– Fin Material: Aluminum, Copper, Stainless Steel, etc.
– Fin Thickness: 0.3 mm to 0.65 mm
– Fin Density: 236 FPM (6 FPI) to 433 FPM (11 FPI)
– Fin Height: 9.8 mm to 16.00 mm
– Temperature Range: Up to 415°C
– Manufacturing Capacity: 500,000 meters per annum

Application Scenarios:
– Air fin coolers
– Radiators
– Power plants, chemical industries, petroleum refineries
– Chemical process plants and rubber plants

Pros:
– Very good fin-to-tube bond and mechanical resistance, ensuring longevity and
– Excellent heat transfer efficiency
– Suitable for relatively high operating temperatures (up to 415°C)
– Single-source manufacture of both base tubes and finned tubes, reducing costs

Cons:
– Moderate corrosion protection, not ideal for highly corrosive environments
– Primarily suited for less corrosive atmospheres

G Finned Tube – Murphy Thermal Energy Co., Ltd.

Fin Tube Mfg, Fin Tube Manufacturing, Finned Tubes, Crimped Type Finned …

Product Details:
The company offers a wide range of finned tubes, including crimped type, L type, G type, G base, plain type, integral low finned tubes, spiral wound finned tubes, wire wound finned tubes, continuous fin tubes, as well as tubes made of aluminum, brass, carbon steel, copper, and cupronickel. They specialize in both the manufacturing of fin tubes and supplying technical data and drawings related to their products.

Application Scenarios:
– Used in heat exchangers for efficient heat transfer
– Applied in industries requiring heating and cooling operations such as power

Pros:
– Wide variety of finned tube types and material options
– Customized manufacturing and technical support available

Cons:
– Specific technical parameters and product specifications are not clearly listed
– Limited information about certifications, quality guarantees, or international

Finned Tube, Fin Tubes, Finned Tube Heat Exchangers, Fin Tubes Manufacturer

Product Details:
Savoy Piping Inc. manufactures and supplies a wide range of finned tubes used primarily for heat transfer applications, including extruded fin tubes, welded fin tubes, embedded fin tubes, and L-type, LL-type, KL-type, and G-type finned tubes.

Technical Parameters:
– Types include Extruded Fin Tubes, Welded Fin Tubes, Embedded Fin Tubes,
– Available in materials such as carbon steel, stainless steel, copper, brass,
– Customizable sizes: Outside diameter from 8mm to 219mm, fin height up to 25mm,
– Supply options include bare tubes, with or without internal/external coating,

Application Scenarios:
– Heat exchangers in power plants
– Petrochemical and chemical industries
– HVAC (heating, ventilation, and air conditioning) systems
– Oil & gas and marine applications

Pros:
– Enhanced heat transfer efficiency due to increased surface area
– Corrosion resistance and durability through various material options and
– Customizable to meet specific project requirements
– Longer service life and reduced maintenance needs

Cons:
– Initial cost can be higher compared to plain tubes
– Fin damage potential during handling or installation if not managed properly

Comparison Table

Frequently Asked Questions (FAQs)

What should I look for when evaluating a g type fin tube supplier factory?
Focus on their manufacturing experience, quality certifications, ability to customize products, and strict quality control processes. Ask for samples or product specifications to assess their workmanship and consistency.

How can I verify the quality of g type fin tubes from a manufacturer?
Request detailed product specifications, test reports, and certifications such as ISO or ASME. Reputable suppliers are willing to provide quality assurance documents and may offer product samples for your inspection.

What information should I provide to get an accurate quote from a supplier?
Share your required tube dimensions, material specifications, quantity, application details, and any custom requirements. Clear communication helps suppliers prepare precise quotes and deliver exactly what you need.

Are there advantages to choosing a local vs. overseas supplier?
Local suppliers may offer faster delivery and easier communication, while overseas manufacturers can sometimes provide better pricing for large orders. Consider shipping times, costs, and after-sales support before deciding.

How do I assess the reliability of a fin tube manufacturer?
Check for positive customer reviews, proven industry experience, transparency in communication, and after-sales support. Ask for references or case studies to verify their track record with similar projects.