Tube Heat Exchanger

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MOQ : 1 Piece

Tube Heat Exchanger Specification

Temperature
Up to 400C

Diameter
Custom (typically 200-1200 mm)

Number of Pipe
Typically 40-120 tubes, depends on size

Max. Capacity
Up to 2000 kW (heat transfer)

Thickness
5 mm to 25 mm (depends on shell/tube design)

Air Volume
Not applicable (Designed for liquids/gases)

Max Pressure
35 bar

Condition
New

Structure
Shell & Tube

Liquid Flow Rate
Up to 500 m3/h (varies by model)

Working Presssure
Up to 35 bar (can be customized)

Voltage
Not applicable (No electrical component)

Power
Not applicable (Passive device)

Weight
Standard/Custom (Varies per design)

Dimensions
Customizable - typically 200-1200 mm, L 1-6 m

Mounting Type
Horizontal

Tube Length
1600 mm

Tube Material
Copper or Stainless Steel

Heat Transfer Area
12 m2

Tube Diameter
19 mm

Material
Carbon Steel (Available in Stainless Steel on request)

Connection Type
Flanged Ends

Corrosion Resistance
Yes

Design Standard
ASME, TEMA

Tube Heat Exchanger Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

About Tube Heat Exchanger

The Tube Heat Exchanger stands in the spotlight of industrial cooling, integrating superlative engineering with unassailable performance. Highlighted for its adaptable structure and soaring heat transfer area up to 300 m2, it's a popular choice for oil and water cooling, chemical processing, and power plants. Available with stainless steel, copper, or carbon steel tubes and mild or stainless steel shells, this exchanger ensures durability and optimal corrosion resistance. Its customizable dimensions and robust design meet diverse operational requirements with ease, making it a premier solution in India's market.

Applications & Distinct Advantages

This Tube Heat Exchanger is tailored for applications in oil and water cooling, chemical processing, and power generation sites. Its key features include customizable sizing, a range of mounting options (horizontal or vertical), and superior corrosion resistance. Flanged, threaded, or welded connections ensure installation flexibility. The structure, which can be fixed, floating head, or U-tube, provides operational versatility and longevity. Competitive advantages include hydrostatic pressure testing and the ability to handle demanding industrial environments efficiently.

Supply Capacity, Packaging & Certifications

We maintain a robust supply ability, ready to fulfil both standard and custom orders with prompt quotations upon request. Each Tube Heat Exchanger is carefully packaged for protection and handed over to trusted transport services for secure, nationwide delivery. Our products meet stringent industry standards and relevant certification requirements, assuring clients of consistent, reliable performance. The comprehensive approach ensures you receive dependable quality, precisely aligned with your application needs and specifications.

FAQ's of Tube Heat Exchanger:

Q: How is the Tube Heat Exchanger tested for safety and reliability?

A: Each unit undergoes rigorous hydrostatic testing up to 1.5x its design pressure, ensuring unassailable safety and reliable, leak-proof performance during operation.

Q: What are the main applications for this Tube Heat Exchanger?

A: It is predominantly used for oil cooling, water cooling, chemical processing, and in power plants, supporting a myriad of process industries that require efficient heat exchange.

Q: Where can customized dimensions or configurations be requested?

A: Customization is available upon quotation. Clients may specify length, diameter, connection type, and mounting requirements to suit their unique operational needs.

Q: What are the benefits of choosing stainless steel or copper tubes over other materials?

A: Stainless steel and copper provide superior corrosion resistance and thermal conductivity, making them ideal for challenging environments where longevity and efficiency are paramount.

Q: How does the end structure impact maintenance and serviceability?

A: Options like floating head and U-tube designs simplify maintenance and tube cleaning, extending service life and ensuring sustained optimum performance.

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