Name: Gas to Liquid Plate Heat Exchanger GL150 / GLH150
Availability: InStock

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Brands Register products

Gas to liquid plate heat exchanger GL150 / GLH150

The Alfa Laval GL product line is an ultra-compact, highly efficient solution that meets the unique challenges of working simultaneously with gaseous and liquid media.

A revolutionary new design handles very high temperatures with very low pressure loss. Made with Alfa Laval's proven copper soldering technology, it also ensures the reliable performance you expect from the world market leader in thermal transfer.

The ultra-compact Alfa Laval GL product line ensures maximum heat transfer and efficiency in asymmetric gas applications.

Design

The brazing material seals and holds the plates together at the contact points ensuring optimal heat transfer efficiency and pressure resistance.

Using advanced design technologies and extensive verification guarantees the highest performance and longest possible service life.

Different pressure ratings are available for different needs. Asymmetric channels provide optimal efficiency in the most compact design. This results in very low pressure drop on the gas side.

Alfa Laval’s unique brazed gas-to-liquid design enables much higher temperatures than traditional plate heat exchangers.

Our standard models handles gas temperatures up to 750 ºC (1382 ºF).

Features

Our standard gas to liquid plate heat exchanger support gas temperatures up to 750 °C.

Very low pressure drop in asymmetric applications thanks to patented plate design with dimple-like recesses.

The condensate from the gas medium can easily drain off thanks to the condensate connection it contains.

How it works

Alfa Laval's gas to liquid plate heat exchangers use thin, corrugated stainless steel plates to ensure heat transfer from one medium to another.

Copper soldering seals the media in the plate package and results in a highly efficient heat exchanger consisting exclusively of surfaces that actively contribute to heat transfer.

The contact points between the plates are also brazed, which improves resistance to pressure and temperature fatigue.

The arrangement of the channels formed between the plates ensures that the media flow in countercurrent through alternating channels, further optimizing the efficiency of heat transfer.

One channel is far larger than the other channel, so the device can handle very high flow rates.