Are you in the market for high-quality fin tubes? With so many suppliers out there, how do you choose the best one? Understanding the top factories can save you time and money while ensuring you get the best product. Let’s dive in and discover your ideal supplier!
L/LL/KL/G Finned Tubes, L-Type Finned Tubes, LL-Type Finned Tubes, KL …
Product Details: L/LL/KL/G Finned Tubes are designed for enhanced heat transfer and corrosion resistance in various applications. They are available in multiple materials and specifications.
Technical Parameters:
– Tube OD: 19mm to 51mm (3/4″ to 2″)
– Tube Length: 22000mm max (72ft max)
Application Scenarios:
– Heat exchangers in industrial applications
– Boilers and economizers in power plants
Pros:
– Enhanced heat transfer properties
– Excellent corrosion resistance
Cons:
– Limited to specific tube materials
– Potentially higher costs for specialized types
Finned Tube, Fin Tubes, Finned Tube Heat Exchangers, Fin Tubes Manufacturer
Product Details: Finned Tubes are manufactured using various metals and alloys, designed for efficient heat transfer in applications requiring heat exchange. Types include Extruded Fin Tube, Low Fin Tube, G Type Fin Tube, L/LL/KL Type Fin Tube, High Frequency Welded Fin Tube, and Studed Fin Tube.
Technical Parameters:
– Base Tube Material: Stainless Steel, Carbon Steel, Alloy Steel, Titanium, Copper…
– Base Tube Outside Diameter: 12.70 mm to 38.10 mm, Base Tube Thickness: 2.11 mm a…
Application Scenarios:
– Petroleum Industry
– Chemical Industry
– Food Industry
– Power Plants
– Oil & Gas Industry
Pros:
– Increases the outer surface area of the tube
– Maximizes heat transfer efficiency
Cons:
– Mechanical resistance varies by type
– Corrosion resistance may be poor for some materials
L/LL/KL Finned Tube Manufacturer with value-engineered pricing
Product Details: L, LL, and KL finned tubes are types of wrap-around fin tubes designed to enhance heat transfer efficiency by increasing the surface area of the base tube. They are made by attaching fins to the outer surface of a base tube, with various configurations for different applications.
Technical Parameters:
– Max Working Temperature: 180 °C for LL, 250 °C for KL
– Fin Materials: Aluminum, Copper
Application Scenarios:
– Air-cooled heat exchangers such as radiators, condensers, and evaporators
– Industrial process heating and cooling applications
Pros:
– Increased heat transfer efficiency due to larger surface area
– Cost-effective compared to extruded fin tubes
Cons:
– Mechanical resistance is moderate to poor
– Corrosion resistance varies by type
FINNED TUBES, L LL KL G EMBEDDED EXT | Parallel Dynamics USA
Product Details: Finned tubes designed for enhanced heat transfer, available in various materials and configurations including L, LL, KL, G embedded, and extruded types.
Technical Parameters:
– Fins Per Inch: 7, 9, 11
– Fin Height: 0.140″ max
– Tube Material: Cu, CuNi, Al
– Root Diameter: 0.5″ to 1.5″ OD
– Max Process Temperature: Varies by type
Application Scenarios:
– Air Cooler
– Heat Exchanger
– Condenser
– Evaporator
– Fluid Cooler
– Gas Cooler
– Oil Cooler
– Radiator
– Refrigeration
– Steam to Air Heat Exchanger
Pros:
– Improved heat transfer efficiency
– Versatile applications across various industries
Cons:
– Potential for corrosion depending on material
– Temperature limitations based on specific type
LL Finned Tube,Overlapped L Type Fin Tube,Wound Finned Tube
LL Finned Tubes – Sunflex Metal Industries
Product Details: LL Finned Tubes are manufactured with an overlapped fin foot to provide excellent corrosion resistance, often used as an alternative to more expensive extruded fin types in corrosive environments.
Technical Parameters:
– Maximum Working Temperature: 180°C
– Fin Materials: Aluminium, Copper; Tube Materials: Any
Application Scenarios:
– Mining Industries
– Transport Industries – Rail and Road
– Construction Industries / Building Systems
– Manufacturing Industries
– Agriculture Industries
– Energy Industries
– Water Industries
– Automotive Industries
– Ship Building Industries
– Nuclear Power Plant
– Paper & Pulp Industries
– Sugar Industries
– Engineering Cement Industries
– Petro-Chemical Industries
– Food Industries
– Oil & Gas Industries
– Chemical & Pharmaceutical Industries
Pros:
– Excellent corrosion resistance
– Competitive pricing
– Timely deliveries
– Customer-focused approach
Cons:
– Limited to specific fin and tube materials
– Potentially less efficient than extruded fin types in some applications
Aluminum LL Type Finned Tube – Murphy Thermal Energy Co., Ltd.
Product Details: Aluminum LL Type Finned Tube
Technical Parameters:
– Material: Aluminum
– Type: LL
Application Scenarios:
– Heat exchangers
– HVAC systems
Pros:
– Lightweight
– Corrosion resistant
Cons:
– Lower strength compared to other materials
– May require special handling
High Finned Tubes For Efficient Heat Transfer | Airco·Fin
Product Details: High finned tubes designed for efficient heat transfer in air-cooled heat exchangers, available in various types including L, KL, LL, G (embedded), and extruded finned tubes.
Technical Parameters:
– Max. tube wall temperature: 400°C for G-Fin, 130°C for L-Fin, 165°C for LL-Fin,…
– Base tube diameter: 15.88 – 50.8 mm; Tube length: 200 – 22000 mm; Fin heights: 6…
Application Scenarios:
– Air-cooled heat exchangers in various industrial applications.
– Heat transfer systems requiring high efficiency and reliability.
Pros:
– High-quality materials sourced from trusted European suppliers.
– Rigorous quality checks at every production stage ensure compliance with industr…
Cons:
– Limited to specific temperature ranges depending on the fin type.
– Potentially higher initial costs compared to standard tubes.
LL-Fin for Heat Exchanger | Be. Tubes Srl
Product Details: LL-Fin is an embedded finned tube offered by Be.Tube Srl, designed for efficient heat exchange in various industrial applications.
Technical Parameters:
– Fin Material: SB209 – B209 Aluminium Alloy 1050 or 1060, SB75 – B75 Copper
– Tube Material: SA179 – A179 Carbon Steel, SA213 – A213 / SA249 – A249 – Stainles…
Application Scenarios:
– Heat exchangers for power plants (electric, nuclear, thermal, and geothermal pow…
– Chemical and petrochemical industry
Pros:
– High efficiency in heat transfer due to embedded fin design
– Versatile applications across various industries
Cons:
– Potentially higher manufacturing costs compared to plain tubes
– Limited to specific temperature and pressure ratings
LL Foot Fin Tube – grandfintube.com
Product Details: LL-Foot Fin Tube, also known as Double L or Overlapped L fin, is designed for applications where temperatures do not exceed 350 degrees Fahrenheit (177C). The fins are made from strips and are helically coiled onto a tube, providing complete coverage and good corrosion protection.
Technical Parameters:
– Fin Type: L – FOOT TYPE
– Fin Material: Aluminum, Copper, Steel
Application Scenarios:
– Used in corrosive environments as an alternative to more expensive extruded type…
– Suitable for heat exchanger applications.
Pros:
– Good corrosion protection due to complete coverage of the base tube.
– Cost-effective alternative to extruded type fins.
Cons:
– Limited to temperatures not exceeding 350 degrees Fahrenheit.
– Fins may require securement at each end similar to L fins.
Related Video
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| L/LL/KL/G Finned Tubes, L-Type Finned Tubes, LL-Type Finned Tubes, KL … | L/LL/KL/G Finned Tubes are designed for enhanced heat transfer and corrosion resistance in various applications. They are available in multiple materi… | – Enhanced heat transfer properties – Excellent corrosion resistance | – Limited to specific tube materials – Potentially higher costs for specialized types | www.fintubeglobal.com |
| Finned Tube, Fin Tubes, Finned Tube Heat Exchangers, Fin Tubes Manufacturer | Finned Tubes are manufactured using various metals and alloys, designed for efficient heat transfer in applications requiring heat exchange. Types inc… | – Increases the outer surface area of the tube – Maximizes heat transfer efficiency | – Mechanical resistance varies by type – Corrosion resistance may be poor for some materials | www.savoypiping.com |
| L/LL/KL Finned Tube Manufacturer with value-engineered pricing | L, LL, and KL finned tubes are types of wrap-around fin tubes designed to enhance heat transfer efficiency by increasing the surface area of the base… | – Increased heat transfer efficiency due to larger surface area – Cost-effective compared to extruded fin tubes | – Mechanical resistance is moderate to poor – Corrosion resistance varies by type | www.sunnysteel.com |
| FINNED TUBES, L LL KL G EMBEDDED EXT | Parallel Dynamics USA | Finned tubes designed for enhanced heat transfer, available in various materials and configurations including L, LL, KL, G embedded, and extruded type… | – Improved heat transfer efficiency – Versatile applications across various industries | – Potential for corrosion depending on material – Temperature limitations based on specific type |
| LL Finned Tube,Overlapped L Type Fin Tube,Wound Finned Tube | www.datangfintube.com | |||
| LL Finned Tubes – Sunflex Metal Industries | LL Finned Tubes are manufactured with an overlapped fin foot to provide excellent corrosion resistance, often used as an alternative to more expensive… | – Excellent corrosion resistance – Competitive pricing – Timely deliveries – Customer-focused approach | – Limited to specific fin and tube materials – Potentially less efficient than extruded fin types in some applications | www.sunflexmetal.com |
| Aluminum LL Type Finned Tube – Murphy Thermal Energy Co., Ltd. | Aluminum LL Type Finned Tube | – Lightweight – Corrosion resistant | – Lower strength compared to other materials – May require special handling | murphyfinnedtube.com |
| High Finned Tubes For Efficient Heat Transfer | Airco·Fin | High finned tubes designed for efficient heat transfer in air-cooled heat exchangers, available in various types including L, KL, LL, G (embedded), an… | – High-quality materials sourced from trusted European suppliers. – Rigorous quality checks at every production stage ensure compliance with industr….. | – Limited to specific temperature ranges depending on the fin type. – Potentially higher initial costs compared to standard tubes. |
| LL-Fin for Heat Exchanger | Be. Tubes Srl | LL-Fin is an embedded finned tube offered by Be.Tube Srl, designed for efficient heat exchange in various industrial applications. | – High efficiency in heat transfer due to embedded fin design – Versatile applications across various industries | – Potentially higher manufacturing costs compared to plain tubes – Limited to specific temperature and pressure ratings |
| LL Foot Fin Tube – grandfintube.com | LL-Foot Fin Tube, also known as Double L or Overlapped L fin, is designed for applications where temperatures do not exceed 350 degrees Fahrenheit (17… | – Good corrosion protection due to complete coverage of the base tube. – Cost-effective alternative to extruded type fins. | – Limited to temperatures not exceeding 350 degrees Fahrenheit. – Fins may require securement at each end similar to L fins. | www.grandfintube.com |
Frequently Asked Questions (FAQs)
What are fin tubes, and why are they important?
Fin tubes are specialized tubes with extended surfaces (fins) that enhance heat transfer efficiency. They are commonly used in heat exchangers, boilers, and condensers. The added surface area allows for better heat exchange, making them crucial in various industrial applications, including power generation and HVAC systems.
How do I choose the right fin tube supplier?
When selecting a fin tube supplier, consider their experience, product quality, manufacturing capabilities, and customer service. Look for suppliers with a proven track record and positive reviews. It’s also helpful to check if they offer customization options to meet your specific needs.
What materials are commonly used for fin tubes?
Fin tubes can be made from various materials, including stainless steel, copper, and aluminum. The choice of material depends on the application, operating temperatures, and corrosion resistance requirements. Discuss your project needs with your supplier to find the best material for your fin tubes.
Can fin tubes be customized for specific applications?
Yes, many fin tube suppliers offer customization options. You can request specific dimensions, materials, and fin configurations to suit your unique application. It’s essential to communicate your requirements clearly to ensure the final product meets your expectations.
What is the typical lead time for fin tube orders?
Lead times for fin tube orders can vary based on factors like order size, customization, and supplier capacity. Generally, you can expect a lead time ranging from a few weeks to a couple of months. It’s a good idea to discuss timelines with your supplier during the ordering process.