|  Model H
The Heatex Model H exchanger is cha-racterized by the fact that the plates, made of raw or epoxy coated aluminium, are corrugated. Heat transfer is improved by the surface creating turbulence. The increased turbulence occurs without any filth erecting stagnation points and speed changes. This way the whole exchanger is utilized to the maximum.
| 03/09/2007 Product Data Sheet |
| Model P
The Heatex Model P exchanger is designed with the same plate configuration as the success exchanger Heatex Model H, and does allow the same high heat transfer coeffici-ent. The special characteristics of the Model P is the extra strengthend construction allowing extreme pressure differences up to 6800 Pa, in which situation the pressure drop is limited to about 50% increase.
| 02/20/2007 Product Data Sheet |
| Model F
The Heatex Model F exchanger is manufactured with smooth aluminium plates that are either untreated or epoxy coated. The smooth plates allow even heavy dirt to pass through the channel without getting stuck and fouling or clogging the exchanger which makes it ideal for very polluted environments.
| 02/20/2007 Product Data Sheet |
| Model Z
The Heatex Model Z exchanger is designed with the same plate configuration as the success exchanger Heatex Model H, and does allow the same high heat transfer coefficient. Model Z is designed for corrosive environments and can therefore be used in industrial applications.
| 02/20/2007 Product Data Sheet |
| Model R
The R Model is designed for high efficiency and occupies a minimum space in built in applications. The plates in Heatex?s model R are smooth, allowing dirt to pass through the channels without lodging and thus fouling the exchanger.
| 09/13/2004
Product Data Sheet |
| Model T
The Heatex Model T exchanger is characterised by the fact that the plates, made of raw or epoxy coated aluminium, are corrugated. Heat transfer is improved by the surface creating turbulence.
| 03/09/2007
Product Data Sheet |
| Model L
The Heatex Model L exchanger is characterized by the fact that the plates, made of raw or epoxy coated aluminium, are corrugated. Heat transfer is improved by the surface creating turbulence.
| 09/24/2005
Product Data Sheet |
| Model M
The Heatex Model M exchanger is cha-racterised by the fact that the plates, made of raw or epoxy coated aluminium, are corruga-ted. Heat transfer is improved by the surface creating turbulence. The increased turbulence occurs without any filth erecting stagnation points and speed changes. This way the whole exchanger is utilised to the maximum.
| 06/22/2004
Product Data Sheet |
| Dampers
Suitable for close/open bypass exchanger section in connection with crossflow plate heat exchangers. Profiles and damper wings in aluminium and driving wheels in plastic. The Heatex dampers has visible wheels for better inspection sight and easier cleaning.
| 08/26/2004
Product Data Sheet |
| Model W
The Heatex Model W is a thermal wheel for ordinary heat recovery applications. Significant for the Heatex Model W, is the well achieved roundness/balance of the wheels. Also to be noted, are the smooth and levelled air in- and outlet sides. In order to pre-vent unwrapping, the Model W is as standard provided with spokes.
| 09/13/2004
Product Data Sheet |
| Model B
Wheels for vertical mounting are available with either ball- or slide bearing. Wheels for horizontal mounting are supplied with a special adapted ball bearing.
| 06/22/2004
Product Data Sheet |
| Frames
Heatex Heat Exchangers are available in a wide range of different frame designs. The standard frames are mentioned in the product data sheet for each model. Depending of model and width other frame designs are produced on special request. All frameworks also available painted.
| 08/26/2004
Product Data Sheet |
| Heat exchanger options
Painted frame work includes sealed joints in the frame work, which we recommend for very wet and humid applications. All Heatex aluminium exchangers are available with epoxy coated aluminium plates for improved corrosion resistance
| 09/03/2004
Product Data Sheet |
