VEVOR UK EN
Select the country/region, language, and currency you prefer for shopping.
Delivery to
Your Address
Hello, Sign in
Account & Order
Categories
Download VEVOR App
Exclusive £5.00 off for your first three orders on the App.
Scan the QR code to download
VEVOR Heat Exchanger 3/4” MNPT Ports Brazed Plate Heat Exchanger 40 Plate heat exchanger plate exchanger Stainless Steel 316L Flat Plate Heat Exchanger Plate Chiller Wort for Hydronic Heating

VEVOR Heat Exchanger 3/4” MNPT Ports Brazed Plate Heat Exchanger 40 Plate heat exchanger plate exchanger Stainless Steel 316L Flat Plate Heat Exchanger Plate Chiller Wort for Hydronic Heating

3/4 inch MNPT 40 pcs
Questions and Answers
11 Questions
Can you advise if this heat exchanger would be able to increase water temperature to a target temperature of 65°C? As per details below; Hot Side - Glycol (20% ethylene glycol) Hot inlet = 75°C. Flow = 15 liters per minute Hot outlet = temperature drop not an issue, as Hot Side heated by diesel heater. Cold Side - Water (pure water) Cold inlet - Starting temperature 10°C. - Flow = 2.5 Liters per minute Cold outlet - TARGET TEMPERATURE = 65°C.
No, this one is not suitable for you because of the large temperature difference.
By vevor
Hi, what is the approximate kW rating of this unit, assuming a constant hot side temp of 80degC (20% ethylene glycol)? I want to calculate what I can expect in the way of hot water flow for a shower, if I plumb the unit into a diesel SUV's cooling system.
1. We need you to provide the temperature difference and flow rate to calculate the power. 2. You mentioned connecting the equipment to the diesel cooling system. Please tell us what the cooling system uses, what the medium is, what the temperature is, and what the flow rate is. 3. Please tell us whether the ethylene glycol and cooling system mentioned above are together.
By vevor
Whether the flow rate is 3L/min or 30L/min, when the pipe is small, 3L/min is also very fast, so it cannot be calculated. According to the heat exchange amount = temperature difference * flow rate * specific heat * specific gravity, the temperature difference of water = the inlet temperature of the water on one side - the outlet temperature. The specific heat specific gravity of water is constant, so you need to know the outlet temperature and flow rate to calculate the exchange rate.
By vevor
What is the heat transfer area?
Heat exchanger = temperature difference * flow rate * specific heat * specific gravity. The heat exchanger will be different under different working conditions.
By vevor
I am looking for a heat exchanger to connect to the coolant water system in my camper van so it heats up a 50l tank enough to have hot water for showers and dishes. I am talking 37 to 40 degrees Celsius. There will be a pump and a thermostat on the camper side. Would this exchanger do the job?
We need to know what the heat source is. This is a copper brazed plate heat exchanger, which is not powered and does not heat itself. There needs to be hot side water, one side connected to hot and one side connected to cold, to transfer heat through inter-wall heat exchange.
By vevor
I have a Martec tubular exchanger fitted to my Bukh marine 20 DV engine can I install the 40 plate exchanger in its place The thermostat opens on the seawater side at 80 Deg and a 50% coolant mix on the fresh water which is pumped round
Hello, please let us know whether the plate heat exchanger will pass through seawater. This is a copper-brazed plate heat exchanger. Copper is solder, which is equivalent to glue, which welds each piece together. Therefore, there is also copper in the channel, which will come into contact with water. If it passes through seawater, it is not recommended to use it.
By vevor