heat exchangers Suppliers

Hybrid Heat Exchanger is used for ultrapure and aggressive chemical heating and cooling. This new product combines the best components and design geometry for efficient heat transfer. The design, evolved from decades of field experience, is driven by the need to inhibit particulate settling on, and fouling of heat transfer surfaces. These particles (sludge and precipitates) fallout from the chemical reactions that occur during metal treatment in mineral acids, in the form of oxides, sulfates, chlorides, phosphates and other materials. The particle buildup over time, coats surfaces, or worse, causes serious damage to the heat exchanger, interrupting processes. At a minimum, this results in reduced heat transfer. Exotic alloy metal heat exchangers are difficult to maintain due to rapid particulate, foulant or sludge build up during use. They are also expensive to repair. The hybrid design eliminates flat surfaces upon which the salts can settle. In addition, the materials of construction have a much lower surface energy surface than metal or other plastics, thus inhibiting particle build up. Both of these features have been brought together in an optimized fashion in the new hybrid design. The hybrid heat exchanger provides a large between-tube spacing, for free and unrestricted fluid flow. It allows intimate contact between the fluid and the hot or cold heat exchange surfaces, resulting in maximizing heat transfer efficiency.

Shell and Tube Heat Exchanger are devices that are used to transfer heat between single or multiple fluids. Heat exchangers consist of a series of tubes known as tube bundles, which contain fluids that need to be cooled, or heated. Shell exchangers allow for efficient heat transfer and energy conservation. It is widely used for high pressure applications. It adhere to all applicable codes and standards, including ASME, CRN, and PED. Its application include in chemical plants, petrochemical plants, petroleum refineries, pharmaceutical factories etc.

Shell and Tube Heat Exchanger is a device manufactured for efficient heat transfer from one medium to another. The media may be separated by a solid wall, so that they never mix, or they may be in direct contact. They are widely used in Refrigeration, Air Conditioning, Food Processing, Textile Industry, Chemical Plants, Petrochemical Plants, Steel Plants, Petroleum Refineries, Power Plants and Natural Gas Processing.

Heat Exchangers are used for change of status of materials, such as liquid to gas and gas to liquid. They are used in majority of Process Industries including Chemical, Pharmaceuticals, Paint & Coatings, Resin Plants, Biotech industries, Power Plant, Petroleum Industries etc. The important features are its heat transfer is from 1m² - 60 m² or as per clients requirement, its material of construction is SS304, SS304L, SS316, SS316L, Duplex Steel or Carbon Steel and further its pressure- full vacuum is up to 10 Kg/cm².

SG Flue Gas Heat Exchanger is used in all processes with the presence of large amounts of dust in the discharge air such as in food, chemical, wood and paper. The specially designed Flue Gas Heat Exchanger with integrated CIP system, which is well suited for dust loaded air, is to be installed in the actual discharge channel. The circulation system transports the recovered energy, which otherwise is lost, from Flue Gas Heat Exchanger to the pre-heater in the fresh-air conduit. It is a compact heat exchanger with an average ratio of 150 – 200 m² heating surface per m³ volume which makes it possible to install it in practically all existing plants.

Shell & Tube Heat Exchanger are suitable for heat transfer fluids, lubricating oil, power pack oil and other process coolants. It is commonly used in oil refineries and other large chemical processes. In this model, two separated fluids at different temperatures flow through the heat exchanger, one through the tubes (tube side) and the other through the shell around the tubes (shell side). Several design parameters and operating conditions influence the optimal performance of a shell& tube heat exchanger. The advantages are it has low investment, operation and maintenance costs, it provides highly efficient heat transfer (K- values on average 3-5 times higher than in case of bare-tube heat exchangers) and further has asymmetrical flow gap available for the most cost effective solution.

Brazed Plate Heat Exchanger is widely used in the heat exchange industry filed such as the ship, oil field, chemical industry, power industry, engineering industry, refrigeration air-condition, heat supply project and etc. The plate type heat exchangers developed have high efficiency of heat exchange, superior to domestic congener products in technology. Under the same heat transfer coefficient, the resistance losses of the product can be controlled within 1/3 scope as tubular heat exchanger. The ripple type plate aims at deep membrane heat conduction coefficient, and forms a special channel. Thus, liquid can bring the strong turbulence in the so low flow speed, and the rotational flow arises in the plate surface in order to shorten the time that the liquid rests on the surface, and avoid the dirty with self-purification.

Tube and Shell Heat Exchanger is used for transferring heat and is highly demanded in the chemical, food, sugar, paper industries. This Tube and Shell Heat Exchanger is known for its Rust proof, High-efficiency and Superb operational fluency features.

Heat Exchangers are specially designed for the efficient transfer of heat from one fluid to another fluid over solid surface. The product finds primary application in cooking of grain, mash and starch slurry. It is a electrochemical polishing of inner surface and is made of imported stainless steel pipes. The materials that are used in the making include 300 Grade Stainless Steel, Nickel and Nickel Copper Alloys, SA516GR70 and Carbon Steel. Heat exchangers can be used in industries such as chemical, fertilizers, food and dairy, petrochemical, pharmaceutical, pulp and paper and all the relative industries.

Heat Exchanger is developed with international quality norms & standards, using high grade raw material and latest technology. This Heat Exchanger is known for its Sturdy construction, Less Maintenance and Corrosion & Abrasion Resistance features.