(28 products available)
A 10m2 plate heat exchanger offers 10 square meters of heat transfer area. Based on the construction material, working principle, structural features, and application, the 10m2 plate heat exchanger can be divided into several types.
According to construction material
The core part of the 10m2 plate heat exchanger is made of stainless steel, which is more resilient and can withstand higher temperatures than carbon steel. It is suitable for heat exchange between gases and liquids without causing any chemical reactions. This also guarantees longevity. The support columns, frames, and other non-contact part can be made of carbon steel.
According to operating principle
The APV plate heat exchanger works according to the same principle as a conventional plate heat exchanger, where two liquids are heated simultaneously using the same panel. The two liquids are heated using the same plate. In most cases, one liquid is water and the other is glycol. In the AC plate heat exchanger, the hot fluid is glycol, and the chilled fluid is water.
According to structure
The 10m2 plate heat exchanger can be boxed or open.
A boxed 10m2 plate heat exchanger consists of a sealed box with inlet and outlet nozzles. The box also contains heat exchanger elements such as plates or finned tubes. The advantage of boxed exchangers is that they are compact and easy to install. Also, the boxed plate exchangers are leak-proof, ensuring fluids do not escape.
An open 10m2 plate heat exchanger has no box. Instead, it uses gravity or pressure to bring fluids into contact with heat exchanger elements. Open plate exchangers are suitable for large flow rates, high temperatures, and pressures.
According to application
Industrial 10m2 plate heat exchangers are used to process various products, including beer, milk, refined oil, fruit juice, and other food and beverage items. Pharmaceutical 10m2 plate heat exchangers ensure medicine production complies with sanitary standards. Chemical 10m2 plate heat exchangers are designed to handle corrosive chemicals.
10m2 plate heat exchangers are popular elements of heating systems and cooling systems. They can serve various critical functions in different industries, such as food and beverage, chemical, pharmaceutical, HVAC, energy, pulp and paper, water treatment, and many more.
In the food and beverage industry, 10m2 plate heat exchangers perform cooling and heating processes. For instance, they can pasteurize liquid products like juice, milk, and beer. They also help breweries control fermentation temperature.
10m2 plate heat exchiners can help chemical companies maintain proper temperatures for chemical reactions. They are also useful for controlling process streams and removing heat generated during chemical reactions. The pharmaceutical industry also utilizes 10m2 plate heat exchiners to maintain precise temperatures for product formulation. They are also useful for sterilization, drug processing, and packaging. In the HVAC industry, the heat exchiners support the proper functioning of chillers, boilers, and air conditioning systems. They help regulate the overall temperature of a building or system and ensure a high indoor air quality.
Plate heat exchiners are critical in the energy industry. Power plants use them to regulate the temperatures of steam, cooling water, and various process fluids. Similarly, they play a crucial role in wastewater treatment. Heat exchaneers regulate the temperature of biosolids and sludge to enhance the efficiency of the treatment process.
Pulp and paper companies also use plate heat excheners to control the temperature of process streams. The exchangers ensure proper functioning and high efficiency of the paper production process. Refrigeration manufacturers use plate heat exchiners for condensers and evaporators. The exchiners help provide efficient heat transfer for refrigerants and fluids.
Application
Business buyers need to consider the applications and industries the 10m2 plate heat exchanger will serve. Different applications have specific fluid combinations, temperature ranges, and sanitary requirements. Select heat exchangers that meet the particular needs of the intended application to ensure optimal performance and compliance.
Design
Consider the design aspects of the 10m2 plate heat exchanger. This includes the type of plates (e.g., corrugated, textured), the construction materials for durability and compatibility, and the design features for ease of maintenance. Choose exchangers with designs suited to the application's efficiency and requirements.
Cost
Cost-effectiveness is a crucial factor. While the initial cost of the heat exchanger is important, consider the whole lifecycle cost. This includes operating costs, energy efficiency, maintenance expenses, and potential downtime costs. Selecting a heat exchanger with good energy efficiency can help reduce operating costs in the long run.
Compatibility with fluids
Plate heat exchangers consist of many materials. Business buyers need to choose the exchanger whose materials are compatible with the fluids involved in the heat exchange process. Ensure that the plates, gaskets, and other components are made from materials that can withstand the chemical properties of the fluids used.
Q1: What are the benefits of 10m2 heat exchangers?
A1: 10m2 plate heat exchangers offer a lot of benefits to users. They include compact design, larger heat transfer area, efficiency, flexibility, durability and cost savings.
Q2: How long does a 10m2 heat exchanger last?
A2: When users take proper maintenance and care of the 10m2 heat exchangers, they can last up to 10 years or more.
Q3: Can users repair a 10m2 heat exchanger if it gets damaged?
A3: If damaged, users can make a repair or replacement of specific components of the 10m2 heat exchangers. However, the ability of a heat exchanger to get repair depends on its design, extent of damage, and factor like availability of replacement parts.
Q4: Can people prevent corrosion in heat exchangers?
A4: Lasting longer of 10m2 plate heat exchangers depends on the prevention of corrosion. Users can prevent corrosion in heat exchangers by selecting materials that are resistant to corrosion for example, stainless steel, implementing proper water treatment to minimize chemical factors that can cause corrosion and applying coatings.
浙公网安备 33010002000092号
浙B2-20120091-4