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Arbe APB Brazed Heat Exchangers

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APB Brazed Heat Exchangers

 

Arbe Integrated Engineering offer a range of brazed heat exchangers for various applications in various forms. Our APB range of brazed heat exchangers offer an optimum heat transfer solution and a high quality product. Brazed heat exchangers are ideal for low duty applications, or applications with a wide temperature range. High performance plate heat exchangers consist of a number of formed and fixed heat exchanger plates. The alternating pressed plate sequence cause highly turbulent flow behaviour, optimal self-cleaning effect and high heat transfer.


We have many years experience in the design and supply of heat exchangers, as stand-alone items or as a packaged unit supplied with integral equipment and controls, such as pumps, control valves and factory wired control panels.

 

Our complete expertise in the industry guarantees that our products will fulfill your requirements with our design excellence and high quality products.

 

Summary

  • Pressure from vacuum up to 40 BarG

  • High heat transfer coefficient

  • Compact design

  • Low pressure drop

  • Heat transfer surfaces from 0.14 - 58m²

  • Usable in temperatures from -100°C to 250°C

  • Low algorithmic temperature differences

  • Low weight compared to tubular heat exchangers

  • Good self-cleaning due to high velocities

  • Can be used as a heat exchanger, condenser or evaporator


Our brazed heat exchangers can be supplied with either insulation boxes or bags. 

 

Our standard range of brazed heat exchangers are designed and manufactured to the latest standards and are fully compliant with the Pressure Equipment Directive.

Brochure Download

Format: PDF

Size: 2 mb

CT Corrugated Tube Heat Exchangers

 

The Arbe range of CT tubular heat exchangers offer a compact and economical solution for heat transfer requirements. Used to provide heat generation in process and building services applications, the CT range is a simple solution to any project specifications, which can be adapted to suit specific requirements with equipment to form part of a complete bespoke package. The CT range is ideal for steam applications with high steam pressures and also superheated steam systems and can be supplied as part of a complete package, the HevaSteam-S unit, supplied with all necessary steam controls and condensate handling equipment

 

Our complete expertise in the industry guarantees that our products will fulfill your requirements with our design excellence and high quality products.

 

Heat Sources
We have products to suit every primary  and secondary heating mediums including:

  • Steam

  • LTHW / LPHW

  • MTHW

  • HTHW

  • Condensate

  • Solar

 

Sizes
Our units are designed for each application and standard sizes are available from 60mm o/d to 273mm o/d with lengths ranging from 1000mm to 6000mm. The units can be packaged together in series or parallel depending on the application within a purpose built stainless steel frame

Summary

  • Pressure from vacuum up to 16 BarG as standard, higher pressures on request

  • High heat transfer coefficient

  • Compact design

  • Low pressure drop

  • Heat transfer surfaces from 0.14 - 58m²

  • Usable in temperatures up to 210°C

  • Low algorithmic temperature differences

  • Good self-cleaning due to high velocities

  • Can be used as a heat exchanger, condenser or evaporator

 

 

 

Our standard range of plate heat exchangers are designed and manufactured to the latest standards and are fully compliant with the Pressure Equipment Directive.

CURRENT PROJECT
CONTACTS

Arbe Integrated Engineering Ltd

Unit 19, Halifax Industrial Estate

Marshway

Halifax

HX1 5RW

UK

Tel +44 (0)1422 646865

Email: mail@arbe.co.uk

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Arbe recently completed installation of a complete heat recovery system for a food factory. The remit was to design a hot water system that would recover heat from cold room refrigeration units which would be used to preheat water in a calorifier and thus reduce power usage on the refrigeration unit as the cooling fans would not need to be used

 

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