【HIGH THERMAL EFFICIENCY】 - Turbulent flow moves the two media in opposite directions, generating strong turbulence for superior heat transfer rates and efficiency. Our heat exchanger series is CE certified.
【ENERGY OPTIMIZED】 - The stainless steel heat exchanger can heat water to the preset temperature, which is very energy-efficient with no electricity consumption and no oxygen consumption.
【ROBUST CONSTRUCTION】 - This 30-plate heat exchanger features 316L stainless steel plates brazed together at the edges and contact point matrix to form a reliable and robust component, creating a durable, integral part that withstands high pressure and high temperature. Four thickened MNPT ports facilitate easier installation.
【COMPACT DESIGN】 -The corrugated plate design of these plate coolers allows for a significantly smaller construction and footprint with equivalent or better performance compared to other heat transfer devices - resulting in significant space savings.
【HIGHLY VERSATILE】 - This heat exchanger offers the highest level of thermal efficiency and durability in a compact and lightweight unit, ideal for industrial oil cooling, refrigerant evaporators and condensers, as well as residential and commercial HVAC hydraulic systems.
Our brand-new heat exchanger features a compact and lightweight housing with excellent thermal performance. The 316L stainless steel construction ensures a long service life. Therefore, it is perfectly suited for solar heating, heat recovery from oil-fired units, engine cooling, evaporation and condensation, etc.
High thermal efficiency
Energy optimized
Robust construction
Compact design
Excellent heat output
Extremely efficient herringbone design for maximum heat transfer.
Low energy consumption
Low energy consumption due to very low pressure drop across the heat exchanger.
316L stainless steel
The applied 316L stainless steel is highly corrosion-resistant, reliable and durable.
Dedicated MNPT ports
Four thickened 3/4" MNPT ports for easier installation.
Compact and flexible
The footprint can be only one tenth that of a shell and tube heat exchanger, and due to its compact size, it also offers more freedom in system design.
Wide application
Suitable for the HVAC industry, dairy/food/beverage industry, refrigeration industry, etc.
Model: EATB12
Material: 316 stainless steel + copper
Connections: 3/4" MNPT
Number of plates: 30
Design pressure (max.): 3.0 MPa
Test pressure (min): 4.5 MPa
Design temperature (°C): Max. +225
Design Temperature (℃): Min -196
Dimensions: 10" x 5" x 6"
Effective exchange area: 0.012 sq m per panel = approx. 0.36 sq m
Our brand-new heat exchanger features a compact and lightweight housing with excellent thermal performance. The 316L stainless steel construction ensures a long service life. Therefore, it is perfectly suited for solar heating, heat recovery from oil-fired units, engine cooling, evaporation and condensation, etc.
High thermal efficiency
Energy optimized
Robust construction
Compact design
Excellent heat output
Extremely efficient herringbone design for maximum heat transfer.
Low energy consumption
Low energy consumption due to very low pressure drop across the heat exchanger.
316L stainless steel
The applied 316L stainless steel is highly corrosion-resistant, reliable and durable.
Dedicated MNPT ports
Four thickened 3/4" MNPT ports for easier installation.
Compact and flexible
The footprint can be only one tenth that of a shell and tube heat exchanger, and due to its compact size, it also offers more freedom in system design.
Wide application
Suitable for the HVAC industry, dairy/food/beverage industry, refrigeration industry, etc.
1 x 30 plate heat exchanger
1 x A pair of tires
Model: EATB12
Material: 316 stainless steel + copper
Connections: 3/4" MNPT
Number of plates: 30
Design pressure (max.): 3.0 MPa
Test pressure (min): 4.5 MPa
Design temperature (°C): Max. +225
Design Temperature (℃): Min -196
Dimensions: 10" x 5" x 6"
Effective exchange area: 0.012 sq m per panel = approx. 0.36 sq m
Hallo, für Schwimmbäder mit chloriertem Wasser wird es im Allgemeinen nicht empfohlen, dieses Produkt zu verwenden, da es seine Lebensdauer beeinträchtigen kann. Darüber hinaus wird empfohlen, dass die Chloridionenkonzentration im Wasser des Schwimmbades 280ppm nicht überschreiten sollte.
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Ich möchte diesen Wärmetauscher in mein Fahrzeug in den Kühlwasserkreislauf einbauen und mit einem 9 Liter Warmwasserboiler mit integriertem Wärmetauscher das Brauchwasser erwärmen. Passt dieser Plattentauscher?
Sie können dieses Produkt verwenden, aber ob die Wirkung Ihren Anforderungen entspricht, hängt von der Berechnung ab. Der Wärmetauscher hat einen gewissen Widerstand, und das in den Wärmetauscher eintretende Wasser muss unter Druck stehen. In der Regel beträgt der Wasserdruck von Leitungswasser 3–4 Kilogramm.
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maximale Durchflussmenge in Litern bei Aufheiztemperatur von
4o C
Die maximale Fördermenge beträgt bei diesem Modell 8m³/h, die Fördermenge wird jedoch von Ihrer eigenen Pumpe bestimmt. Die Berechnung einer allgemeinen Pumpe lautet: Durchflussrate * 3,6 * spezifisches Gewicht des Mediums / 0,7.