S.M. CHILLERS INDIA PRIVATE LIMITED
GST : 09ABGCS8471D1Z1

Shell & Tube Type Heat Exchanger

Shell & Tube Type Heat Exchanger Specification

Max Pressure
25 bar

Diameter
500 mm (Shell Diameter)

Thickness
6 mm (Shell), 2 mm (Tube)

Air Volume
Not Applicable (For Liquid-to-Liquid Exchange)

Temperature
Up to 160C

Max. Capacity
15000 LPH

Number of Pipe
Approx. 72 tubes (customizable)

Condition
New

Structure
Shell & Tube Type

Liquid Flow Rate
5000 to 15000 LPH (litres per hour)

Working Presssure
10-25 bar (customizable)

Power
Not Applicable (Passive Heat Exchange Device)

Weight
Approx. 200 kg

Dimensions
1800 mm (Length) x 500 mm (Diameter) (Standard Size)

Shell & Tube Type Heat Exchanger Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID), Cheque, Cash Advance (CA)

Delivery Time
2 Week

Packaging Details
Wooden Box Packaging.

Certifications
MSME Certifications.

About Shell & Tube Type Heat Exchanger

We have reached the pinnacle of success and earned a reputed name by providing high quality range of Shell and Tube Chiller. This chiller is manufactured using superior quality components and highly advanced techniques. The provided chiller is highly efficient and requires minimum floor space and head space. Due to its high durability and low maintenance, the provided chiller is widely used in medium to large capacity refrigeration systems. Beside, our clients can purchase this Shell and Tube Chiller from us at marginal rates.

Key Points:

Excellent performance
Cost effective
Trouble free operation
Excellent design and finish

Superior Material Selection

Choose between Stainless Steel 304/316 and Mild Steel for your heat exchanger, tailored to process needs and corrosion resistance. These materials ensure longevity in harsh environments such as chemical, pharmaceutical, or refinery plant operations. Our careful material selection helps reduce maintenance frequency and operational downtime, allowing for uninterrupted productivity.

Customizable Design for Versatility

With features like horizontal or vertical orientation, optional insulation, and customizable tube numbers and lengths, our shell and tube heat exchanger adapts to varied plant layouts. The flanged end connection allows easy integration into existing pipelines while a heat transfer area of 12 m and support for up to 15,000 LPH fluid flows provide operational flexibility across industries.

Robust Engineering, Tested for Safety

Every unit is pressure-tested up to 30 bar to ensure structural integrity and operational safety. Thick shell (6 mm) and tube (2 mm) walls enhance reliability under demanding conditions. The passive heat exchange design, with no power input, offers high energy efficiency with minimal maintenance, making it ideal for critical and continuous processing applications.

FAQs of Shell & Tube Type Heat Exchanger:

Q: How is the material of construction selected for the Shell & Tube Heat Exchanger?

A: The choice between Stainless Steel 304/316 and Mild Steel is determined by process requirements, particularly relating to operating pressures, temperatures, and potential corrosive exposure. Stainless steel is preferred for its high corrosion resistance in chemical and pharmaceutical plants, while mild steel is used where budget and specific process compatibility allow.

Q: What industries commonly use this Shell & Tube Type Heat Exchanger?

A: This heat exchanger is widely used in chemical processing, pharmaceuticals, refineries, food processing industries, and power plants. Its robust construction and customizable features make it ideal for demanding thermal applications across these sectors.

Q: When should the optional insulation be considered for installation?

A: Optional insulation is recommended when heat loss to the environment needs to be minimized or when working with high-temperature fluids (up to 160C). Insulation helps improve energy efficiency and maintain desired fluid temperatures during heat exchange.

Q: Where can the heat exchanger be installed?

A: The unit can be floor-mounted in a horizontal orientation (standard) or mounted vertically if required by the facility layout. Its compact size (1800 mm length, 500 mm diameter) and customizable connections ensure flexibility in installation locations within the plant.

Q: What is the process for maintaining the Shell & Tube Heat Exchanger?

A: Routine maintenance involves periodic cleaning of the tubes to remove scaling or fouling, inspection for leaks at flanged connections, and, if applicable, checking the integrity of insulation. The high corrosion resistance of the materials reduces the frequency of major repairs.

Q: What are the key benefits of using this heat exchanger design?

A: The shell and tube design offers efficient heat transfer, adaptability to various flow rates up to 15,000 LPH, high pressure/temperature resilience (up to 25 bar and 160C), easy customization, and low energy consumption due to its passive operation, ensuring process reliability and lower operational costs.

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