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Carbon Steel Shell and Tube Heat Exchanger

GNEE provides carbon steel shell and tube heat exchangers to help industries achieve efficient heat transfer and cost-effective operations.

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Product Description

Carbon Steel Shell and Tube Heat Exchanger


Product Overview

A carbon steel shell and tube heat exchanger is a robust, cost-effective heat transfer solution designed for industrial applications requiring reliable performance with moderate pressure and temperature conditions. It consists of a cylindrical shell containing a bundle of carbon steel tubes, where heat is transferred between two fluids—one flowing through the tubes (tube side) and the other around them (shell side). This design ensures efficient heat exchange while offering durability and ease of maintenance.

Application Scenarios

Carbon steel shell and tube heat exchangers are widely used in conventional heat transfer scenarios without strong corrosion or high temperature/pressure, such as:

  • Chemical Industry

Heating and cooling of materials (e.g., jacket heat exchange for reaction kettles, circulating water systems).

Suitable for neutral or weakly corrosive media (e.g., ethanol, acetone, certain oil products).

  • Petroleum Refining

Low-corrosion processes like crude oil pretreatment and bottom oil cooling in fractionation towers.

  • Power Industry

Cooling of turbine lubricating oil and heat exchange in circulating water systems.

  • Heating and Refrigeration

Water-to-water heat exchange in central air conditioning systems and industrial waste heat recovery systems.

  • Food and Pharmaceutical Industry

Sterilization and heating of non-corrosive media (e.g., pure water, syrup), requiring materials to meet hygienic standards (e.g., food-grade carbon steel).

The advantages and disadvantages of carbon steel shell and tube heat exchangers.


Product Advantages

  • Low cost and high cost-effectiveness: Suitable for large-scale industrial applications.
  • High mechanical strength: Easy to fabricate (e.g., welding, cutting).
  • Good thermal conductivity: Suitable for general heat transfer scenarios.

Product Disadvantages

  • Poor corrosion resistance: Prone to corrosion by water, acids, alkalis, etc., requiring anti-corrosion measures (e.g., coatings, linings, or regular cleaning).
  • Limited high-temperature resistance: Prone to oxidation and strength degradation at high temperatures (e.g., >450°C), with a typical service temperature range of -20°C ~ 350°C.

Reasons to Choose Us 

  1. Factory Direct Sales: Eliminate middlemen and offer preferential prices directly to consumers.
  2. Brand Advantage: Years of experience in the industry, earning trust and reliability.
  3. Advanced Technology: Strength and quality recognized by the market.
  4. Quality Assurance: Backed by strong technical expertise and sophisticated craftsmanship.
  5. Professional Manufacturing: Decades of experience winning favor from clients.
  6. Comprehensive Service: Shop with confidence, worry-free after-sales support.

Carbon Steel Shell and Tube Heat Exchanger

Shell and Tube Heat Exchanger

Heat Exchanger

Carbon Steel Shell and Tube Heat Exchanger

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Contact GNEE today for more details about Custom-Engineered Solutions.

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