China Thermowave Plate Heat Exchanger Parts

• Customization: Available
• After-sales Service: 1 Year
• Warranty: 1 Year
• Model NO.: TL90
• Application: Heater, Cooler, Vaporizer, Condenser
• Principle: Mixing Heat Exchanger
• Style: Plate Type
• Material: Stainless Steel
• Transport Package: Wooden Box
• Specification: TL90
• Trademark: DGXT
• Origin: China
• HS Code: 84165000
• Production Capacity: 1year

Product Description

Thermowave Plate Heat Exchanger
 

Detailed Photos

 

Product Description

 

The working principle of the plate heat exchanger consists, in summary, of a closed chamber through which pipes, including pipes and other fluid paths, circulate, allowing a liquid to circulate in the other without mixing. Pipe walls should generally be made of stainless steel
                                      A plate heat exchanger is a compact type of heat exchanger that uses a series of thin plates to transfer heat between two fluids.
                                       Heat exchanger functions by transferring heat from higher to lower temperatures. Heat can thus be transferred from the hot fluid to the cold fluid if a hot fluid and a cold fluid are separated by a heat-conducting surface. The operation of a heat exchanger is governed by thermodynamics.
                                      In the food and beverage industry, plate heat exchangers are used for pasteurization, sterilization, and cooling of products like milk, juices, and sauces.
                                      They are also employed for heating or cooling water for various food processing applications.
                                      A lower cost option wherever stainless steel is required. Higher operating pressure capabilities. Higher temperature capabilities. Ideal for small district heating, beverage cooling, food and pharmaceutical production and low duty oil cooling applications
                                      The heat transfer plates with gaskets are arranged in an alternating pattern of left-hand flow and right-hand flow to direct the fluids in an opposing direction within the heat exchanger.
                                      A plate heat exchanger is the lowest cost option because it can achieve high heat transfer coefficients - with pure counter current flow - giving the most efficient heat transfer and lowest surface area.
                                      The size of a plate can range from a few square centimeters up to 2 or 3 square meters . The number of plates in a single exchanger ranges from just ten to several hundred, so reaching surface exchange areas up to thousands of square meters.
                                       The characteristics of plate heat exchangers for ships are very obvious, mainly the corrugated plate has high performance and high heat transfer efficiency; small size, compact overall structure, does not take up space; fast start at any time, strong environmental adaptability.
                                        However, the failure of the plate heat exchanger also causes certain economic losses to our users. The main reasons are seal failure, fouling blockage and corrosion, which make the heat exchanger unable to use. The main reasons for seal failure are pressure, temperature, time and operating conditions.
                                        However, a plate heat exchanger is the most efficient heat exchanger commonly available. Typically, efficiencies greater than 90% are achieved. In practice, this means that the cold side is heated to a higher temperature than if the two media were mixed in a container.
                                        In thermal engineering, the logarithmic mean temperature difference is used to determine the temperature driving force for heat transfer in flow systems, most notably in heat exchangers.
                                        To properly size a heat exchanger, it is essential to consider various factors, such as the temperature, flow rate, and type of fluids being used. One common method for sizing heat exchangers is the "rule of thumb," which suggests using a surface area of 1.5 to 2 times the heat transfer area.
                                         Flat plate heat exchangers don't work as well as shell and tube exchangers in cases where there's a large temperature difference between two fluids. It doesn't work well with very high fluid temperatures. The gaskets among plate heat exchangers can restrict temperature limitations.
                                          Flow through a plate heat exchanger may be parallel, cross or counter. Plate heat exchangers usually use counter flow as this is the most efficient type of flow for heat transfer. Counter flow is sometimes known as contra flow.
                                           Put simply, a heat exchanger is a device which transfers heat from one medium to another, a Hydraulic Oil Cooler or example will remove heat from hot oil by using cold water or air. Alternatively a Swimming Pool Heat Exchanger uses hot water from a boiler or solar heated water circuit to heat the pool water.
                                           The shell-and-tube heat exchanger is probably the most common type found in industry. It is widely used in the process industries as well as in many types of HVAC equipment
                                            Stainless steel has become a very common heat exchanger material selection for low to moderate corrosion resistant applications. Since 316L SS is more corrosion-resistant than 304L SS, it is often selected for the tube side of an exchanger, while the shell is made from 304L SS.
                                             Plate spacing is one of variable that influences plate heat exchanger design as a condenser in Organic Rankine Cycle  system.
                                             U tube heat exchanger is a kind of tube and shell heat exchanger, belongs to the petroleum and chemical equipments. This kind of heat exchanger is named after the'U'shape tube. U tube heat exchanger is composed of some main components like the tube box, shell, and tube buddle.