Frame Components

Frame Components are essential for maintaining the structural integrity and mechanical stability of Plate Heat Exchangers (PHEs). They provide support, alignment, and secure positioning for the heat transfer plates, ensuring proper sealing and pressure distribution. The frame structure allows for easy assembly, disassembly, and maintenance, making it a critical element in the efficiency and durability of the heat exchanger.

At Rahavard Saei, we design and manufacture high-quality frame components using carbon steel, stainless steel, titanium alloys, and nickel alloys, ensuring mechanical strength, corrosion resistance, and extended service life. Our frames comply with API 662 and ASME Sec VIII standards, guaranteeing reliability in high-pressure and high-temperature environments.

Key Features & Benefits

Mechanisms and Diverse Applications

Industries

Oil & Gas

Providing robust and corrosion-resistant frame components for refinery applications

Chemical Processing

Designed to withstand aggressive chemicals and extreme temperatures

Food & Beverage

Ensuring hygienic and secure assembly for pasteurization and sterilization processes

Power Generation

Supporting high-efficiency heat transfer in power generation systems

Marine & Offshore

Corrosion-resistant solutions for seawater-cooled heat exchanger frames

How It Works

The frame of a plate heat exchanger consists of multiple mechanically engineered components designed to secure and align the heat transfer plates, ensuring leak-proof operation and uniform pressure distribution.

Key Components & Functions

  • Fixed Frame Plate – Provides a rigid structure, ensuring proper compression of the plates.
  • Movable Frame Plate – Allows for easy disassembly, enabling quick maintenance and plate replacement.
  • Tightening Bolts – Ensure uniform compression, preventing leaks and optimizing sealing efficiency.
  • Top & Bottom Guide Rails – Maintain proper plate alignment during assembly and operation.
  • Front Support Stand – Provides additional stability and load-bearing capacity.

During operation, the heat exchanger plates expand and contract due to temperature variations. The frame components compensate for these thermal stresses, ensuring that the plates remain securely compressed, preventing gasket displacement and leaks. Properly designed frames also facilitate easy access for maintenance and reconfiguration, extending the service life of the heat exchanger unit.

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