Plate heat exchangers or plate heat conductors serve to exchange and conduct thermal energy from one element to another. That is why they are used predominantly in heating, refrigeration and air conditioning systems. This catalogue lists spare parts for plate heat exchangers.
Sealed models are bolted together and plates can thus be quickly and easily replaced. They are sealed with rubber seals between the two plates. These are vulnerable to aggressive media such as ammonia. For this reason welded or soldered plate heat exchangers are used instead. These can however only be replaced completely or in modules (cassettes).
In our selection you will find suitable spare parts for every design of heat exchanger.
Plate Heat Exchanger AdvantagesYou simply remove the tie bolts and slide back the movable frame. The plate pack can then be inspected, pressure cleaned, or removed for refurbishment if necessary.
ExpandableA significant benefit of the plate heat exchanger is that it is expandable, allowing an increase in heat transfer capability.As your heat transfer requirements change, you can simply add plates instead of buying an entire new frame unit, saving time and money.
High EfficiencyThe pressed plate patterns and narrow gaps allow for very high turbulence at relatively low fluid velocity. Combined with counter directional flow results in very high heat transfer coefficients.
Compact Size The high efficiency requires less heat transfer area resulting in a much smaller heat exchanger than would be necessary for the identical effectiveness of other heat exchanger types. Typically a plate heat exchanger requires 20-40% less space than required by a shell & tube heat exchanger.Â
Close Approach TemperatureThe same features that give the plate heat exchanger its high efficiency also makes it possible to reach close approach temperatures which is particularly important in heat recovery and regeneration applications. Approach temperatures of 1ºF are possible.Â
Multiple Duties in a Single UnitThe plate heat exchanger can be built in sections, separated with simple divider plates or more complicated divider frames with additional connections. This makes it possible to heat, regenerate, and cool a fluid in one heat exchanger or heat or cool multiple fluids with the same cooling or heating source.Â
Avoid cross contaminationEach medium is individually gasketed and as the space between the gaskets is vented to the atmosphere, cross contamination of fluids is eliminated.Â
Less FoulingVery high turbulence is achieved as a result of the pattern of the plates, the many contact points, and the narrow gap between the plates. This combined with the smooth plate surface reduces fouling considerably compared to other types of heat exchangers.Â
Lower CostsHigh heat transfer coefficients mean less heat transfer area and smaller heat exchangers, and sometimes even less heat exchangers. This and less space requirements, reduced flow rates, and smaller pumps means.
| Heat Exchanger Frames | |
|---|---|
| Frame Types: | Industrial Painted Frames – Blue |
| Hygienic Stainless Steel Frames | |
| Flow Type: | Most models parallel flow |
| Connection Types: | Range of industrial and hygienic connections |
| Heat Exchanger Gaskets | |
|---|---|
| Frame Types: | Clip and some Glue type |
| Gasket Material: | NBR |
| NBRP | |
| HNBR High Temperature | |
| EPDM | |
| EPDMP | |
| Viton (FKMG, FKMT, FKMB) | |
| Other material available on request | |
| Heat Transfer Plates | |
|---|---|
| Chevron Pattern: | Most plate models available in two patterns – high and low theta |
| Plate Material: | 304 Stainless Steel |
| 316 Stainless Steel | |
| Titanium | |
| SMO | |
On a ship plate heat exchangers besides the central cooling of main and auxiliary machinery take over further tasks such as the cooling of compressors or lubricating oil. For salt water applications titanium has proven itself as a plate material due to its high resistance.
In the stationary plants of almost all branches of industry there are also a large number of thermal circuits which require plate heat exchangers.
Large Selection of Parts for Plate Heat ExchangersThe requirement on reliability and quality of spare parts for plate heat exchangers is particularly high. Whether you are looking for the right replacement plates or need seals, clamp screws and other spare parts for your plate heat exchanger, we are guaranteed to have the right parts in our selection.
We specialise in suitable spare parts for plate heat exchangers from the following manufacturers:We specialise in suitable spare parts for Alfa Laval plate heat exchangers of the following types:
The plate heat exchangers from APV Pasilac are used for cooling, heating, condensing and vaporisation.
We specialise in suitable spare parts for APV Pasilac plate heat exchangers of the following types:
GEA Ecoflex plate heat exchangers have very high heat transfer rates.
On board ship the plate heat exchangers from GEA Ecoflex are used to preheat fuels as well as to cool the ship’s machines and plant.
We specialise in suitable spare parts for GEA Ecoflex plate heat exchangers of the following types:
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The Sondex heat exchangers act as evaporator and condenser. The Sondex product range besides plate heat exchangers also includes fresh water generators in single-stage and multi-stage versions.
We specialise in suitable spare parts for Sondex water treatment plants of the following types:Swep being Robust and compact, offer long-term reliability with minimal maintenance with their flexible design.
We specialize in providing spares for SWEP plate heat exchanger.We specialize in providing spares for Tranter plate heat exchanger. Tranter produces shell & tube and welded block type exchangers.