Today, plate heat exchangers are making an impact on the market. They are known for their resistance to chemical reactions and non-corrosive qualities. You might also be interested in the fact that these heat exchangers are smaller, more flexible, and less expensive than other types. These products offer many more benefits than just their cool features.
Fact #1 – Designs
This is an important consideration to consider if your company is in dire need of plate-exchangers. It follows a variety of design principles, including thermal and hydrodynamic. Thermal mixing is another option. You can also combine frames and plates with design concepts. This is commonly known as the ‘plate and heat exchanger’.
Fact # 2 – Applications
In 1923, Dr. Richard Seligman created the first plate heat exchanger gaskets. These were intended to be used for fluid cooling and indirect heating. Heat exchangers have been used in many other industrial applications since then, including offshore oil and gas, marine, solar energy, and offshore gas and/or oil. They are used in chemical and food processing, as well as the pulp and paper industries.
Fact #3 – Types
One thing you need to know about plate heat exchangers is the various types available for each business. There are several classifications:
Gasketed plate and frame: There is a plate-and-frame heat exchanger you can use, as mentioned. They are made up of a series plates that are connected to each other. These plates are attached by frames and mounted before the actual product is created. These plates are made from pressed materials like nickel, titanium, and stainless steel.
Brazed plate: These plates are made using specialized plates. These are known as brazed varieties because they use vacuum brazing to connect all the plates together.
Welded plate: These plates do not require gaskets. They are instead welded together. This type uses stainless steel plates.
Hybrid plate: These plates are also known as semi-weld plate exchanging. They consist of one pair each of plates, which are joined together using a laser. There are two types of channels that they can be made: the welded channel or the gasketed channel. Laser welding is used to make these plate exchangers. This allows for better fluid flow in both of the channels.
Now that you have learned all about plate heat exchangers and the basics of their operation, how do you choose which one is best for your company? Don’t worry if you don’t know what plate heat exchangers are. You may always consult a heat exchanger provider for your design options. There are many options available that can be tailored to your specific business needs.
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