TUBE HEAT EXCHANGER PRODUCT CATALOGUE
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SHELL & TUBE HEAT EXCHANGERS PRODUCT CATALOGUE

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Sustainable Innovation, Quality Standardization and Dynamism Ekin Endustriyel, which has entered Turkish heating sector by exporting of plated heat exchangers, is known with customer focused vision and dynamism. Ekin has expanded into new and upcoming investments. One of the main steps was gaining the identity of being a producer. Ekin has started the production of plate heat exchangers with the brand of "MIT". We have grown in the philosophy of quality, through initially adapting to ISO Quality Management. MIT plate heat exchangers have become a solution for engineering problems in the...

HEAT TRANSFER PRODUCTS • Gasketed Plate Heat Exchangers • Brazed Heat Exchangers • Shell&Tube Heat Exchangers • Air Fan Oil Cooler • Economizers • Coils and Radiators PRESSURE VESSELS • Water Heater Tanks • Water Storage Tanks • Buffer Tanks • Expansion Tanks • Stainless Steel Process Tanks • Balance Tanks / Dirt Separators / Air Separators • Pressured Air Tanks • Neutralization Tanks • Air Tubes • Steel IBC Tanks with ADR FOOD GRADE SYSTEMS • Pasteurizers with plate heat exchangers • Hygienic Pasteurizers with Shell & Tube Heat Exchangers • Cheese and whey Systems • UHT - Sterilization...

Tube Heat Exchanger

SHELL & TUBE HEAT EXCHANGERS We design and manufacture products based on the project sent by our customers or according to customer requirements. Calculations, designs and projections according to customer demand and in accordance with ASME Code Section VIII Div 1 and 2 (American Society Mechanical Engineers), API 661, API 650 (American Petroleum Institute), TEMA (Tubular Exchanger Manufacturers Association), AD-MERKBLAATTER, CODAT, DIN, EN 13445, PED 2014/68 / AB and TSE. If the standards are not specified, we use ASME VIII Div 1 for pressure vessels and TEMA for heat exchangers and API 661...

Services MIT pipe heat exchangers are used in the public and private sectors of iron and steel, machinery industry petroleum, petrochemical, gas, power plants, food, pharmaceutical, health, paper industry, leather, textile, air conditioning, ship and marine industrial facilities. in military, construction, swimming pool, geothermal and contracting sectors, in the areas of heating and cooling. • Shell and Tube Heat Exchangers • Batteries • Shell and Tube Standard Heat Exchangers • Economizers • Serpantines • Ship Towers • Radiators • Maintenance & Repair Products are designed according to...

(Hit All parts to be manufactured by MIT can be modeled in 3D in computer environment. The type of process required for machining of modeled parts in CNC vertical machining center, selection of tool paths, process sequence etc. are programmed in computer environment. With computerized simulation of complex parts, possible errors can be detected before being processed on the machine. Due to the sectors we serve, every material we use in our manufacturing should be of the highest quality Today, many materials are frequently used in heat exchangers and pressure vessels, such as; • ASME SA516...

Different tests can be applied according to the necessity of manufacturing in our workshop. While some of these tests are carried out by MIT quality control engineers, some of them can be done by neutral control organizations. In our workshop, quality file is produced for every equipment manufactured. Regarding the produced equipments; manufacturing program, mechanical design reports, manufacturing technical drawings, quality-control plan, NDT test reports, material certificates, dimension-size control reports, material input quality control reports, welding process specifications (WPS),...

It is the most widely used heat exchanger in industrial facilities such as iron and steel, petroleum, petrochemical, gas, power plants, food, pharmaceuticals, leather, textiles, air conditioning, ships and maritime sectors. The heat exchangers used in the industries can be used in all sectors where there is a second alternative energy requirement from an alternative energy. Shell &Tube Heat Exchanger Components; Advantages of Shell & Tube Heat Exchangers; • They can be designed and manufactured to operate at very high pressures. • Highly flexible and robust design. • They can be designed...

Heat transfer applications often require different solutions for different processes. After obtaining the necessary information in the process, it is designed by the expert engineers in the field and the schematic drawing is extracted. After the schematic drawing is checked, there is no dimensional problem and production pictures are taken. Each heat exchanger approved for production is a process-specific heat exchanger, which is usually designed and which is similar. After the heat exchangers are manufactured, it is possible to isolate the heat losses to the minimum by isolating them if...

Customized and Hygienic Heat Exchangers In some food and chemistry applications, heat treatments are carried out at very high temperatures or pressures. The use of plate heat exchangers at the mentioned temperatures and pressures is not used because the gasket temperature and pressure resistance is exceeded. For such applications, MIT engineers have developed a complete, hygienic tube heat exchangers. The temperature limit for these tube heat exchangers can be up to 350 °C. The welds in this type of heat exchanger must be made very precisely to ensure a smooth flow surface. At the MIT...

Tube in Tube Heat Exchangers Usually used in food and sludge processes. The materials used are stainless in weight. In the case of chemical mixture in the sludge processes, material analysis is performed and material selection is made. Double Tube Heat Exchangers The preferred type of product for safety reasons is the double tube safe heat exchangers where the fluids are mixed with each other. A possible leakage is reported by means of an electrical signal through a pressure switch or a float in the control chamber. The double walled safety tubes in the tube bundle are heat transfer tubes...