Price 250 आईएनआर/ टुकड़ा

मूल्य/उद्धरण प्राप्त करें

MOQ : 50 टुकड़ाs

प्रॉडक्ट टाइप

मटेरियल

टाइप करें

शेप

तकनीक

सतह का उपचार

स्टैण्डर्ड

बाहरी व्यास
16 mm to 48 mm

लम्बाई
Up to 6 meters

अंदर का व्यास
12 mm to 40 mm

दीवार की मोटाई
0.8 mm to 4 mm

टेन्साइल स्ट्रेंथ
180–210 MPa

ग्रेड
ASTM B111 / DIN 17175

साइज
Customized

रंग
Metallic

Minimum Order Quantity
50 टुकड़ाs

आपूर्ति की क्षमता
प्रति दिन

डिलीवरी का समय
दिन

We have carved a niche in the international market by manufacturing, exporting and supplying a wide gamut of Bimetallic Fin Tubes. For manufacturing these tubes, our dexterous team of professionals use quality approved raw materials and contemporary techniques. The provided tubes are extensively installed in various machines to transfer heat between fluids. Apart from this, our valued patrons can purchase these Bimetallic Fin Tubes at pocket friendly prices from us within promised time frame.

Features of Bimetallic Fin Tubes:

Perfect finish
Optimum performance
Rugged design
Corrosion resistance

Leveraging on sound infrastructure and advanced manufacturing facility, we are considered as the pioneer manufacturer and exporter of Bimetallic Fin Tubes. These fin tubes are manufactured under the strict guidance of our experts using tested quality metals. Available in varied specifications, these fin tubes are highly demanded among our clients due to their weather resistant nature, impeccable finish and sturdy structure. Broadly used in heat exchangers, these Bimetallic Fin Tubes are offered to our clients without any delay.

Modern Construction for Enhanced Performance

These fin tubes employ a bimetallic structure with an extruded aluminium-copper composition. The combination ensures optimized thermal efficiency, mechanical durability, and reliable corrosion resistance. Each tube is meticulously produced as per global standards, thus suiting a wide range of industrial applications.

Versatility Across Multiple Industries

Bimetallic fin tubes are extensively utilized in heat exchangers, boilers, and air coolers. Their capacity to operate efficiently at high temperatures and endure harsh environments makes them an excellent choice for industrial processes where reliability and performance are critical.

FAQs of Bimetallic Fin Tubes:

Q: How are bimetallic fin tubes manufactured and what standards do they follow?

A: Bimetallic fin tubes are produced using the extrusion technique, where aluminium fins are tightly bonded to a copper, carbon steel, or stainless steel core tube. They conform to ASTM, DIN, and EN standards, ensuring consistent quality and performance.

Q: What are the main benefits of using bimetallic fin tubes in heat exchangers?

A: Bimetallic fin tubes provide enhanced heat transfer efficiency, excellent corrosion resistance, and a long operational lifespan of up to 15 years. Their robust construction makes them suitable for demanding applications, including frequent thermal cycling and corrosive environments.

Q: When is it ideal to use these fin tubes in industrial applications?

A: These tubes are ideal when efficient heat transfer, high resistance to corrosion, and durability under temperatures up to 250C are required, especially in heat exchangers, boilers, and air coolers in chemical, petrochemical, and energy industries.

Q: Where can these bimetallic fin tubes be installed and what connection types are available?

A: They can be installed in facilities requiring advanced heat exchange systems, such as power plants and refineries. Available connection types include both welded and seamless options, supporting installation flexibility based on project requirements.

Q: What processes are used for surface treatment of these tubes?

A: Surface treatments include polishing, oxidizing, or leaving the tubes bare, which provides additional protection and suits different application needs. These processes enhance the tubes resistance to contaminants and environmental stressors.

Q: How does fin density and height affect the performance of these tubes?

A: Fin density (511 fins per inch) and height (1015 mm) are optimized to maximize heat transfer while maintaining airflow and minimizing pressure drops. Application-specific selection enables tailored thermal performance for the intended industrial system.

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