Found 59 Products For:

"heat exchanger baffle plate"

Quality Heat Exchanger Baffle Plate Stainless Steel Asme SA240 SS304 Anti-Corrosion factory

Heat Exchanger Baffle Plate Stainless Steel Asme SA240 SS304 Anti-Corrosion

Heat Exchanger Baffle Plate Stainless Steel Asme SA240 SS304 Anti-Corrosion Product Overview Our baffle plates are precision-manufactured from ASME SA240 Type 304 Stainless Steel, offering superior corrosion resistance for shell-and-tube heat exchangers operating in demanding or hygiene-critical environments. These internal components are engineered to perform two vital functions: strategically directing shell-side fluid flow to maximize heat transfer efficiency and providing
Quality ASME SA387 Gr.11 Cl2 Heat Exchanger Baffle Plate For Petroleum Refining Hydrogenation Reactor factory

ASME SA387 Gr.11 Cl2 Heat Exchanger Baffle Plate For Petroleum Refining Hydrogenation Reactor

ASME SA387 Gr.11 Cl2 Baffle Plate For Petroleum refining Hydrogenation Reactor ASME SA387 Gr.11 Cl.2 Baffle Plate is a chromium-molybdenum alloy steel (1.25Cr-0.5Mo) special plate for pressure vessels. Its chemical composition is based on low carbon (C0.15%), chromium (1.0-1.5%), and molybdenum (0.45-0.65%). It is mainly used for internal baffles (Baffle Plate) of high-temperature pressure vessels such as oil refining and chemical industry. It improves the stability of
Quality ASME SA516 Gr.70 Heat Exchanger Baffles for Improved Heat Transfer Efficiency factory

ASME SA516 Gr.70 Heat Exchanger Baffles for Improved Heat Transfer Efficiency

ASME SA516 Gr.70 Heat Exchanger Baffles for Improved Heat Transfer Efficiency Yuhong Group Co., Ltd is a leading Chinese manufacturer specializing in heat exchanger components, including tube sheets, U-tubes, heat exchanger tubes, finned tubes, baffles, covers, flanges and other related parts. All products are manufactured strictly in accordance with customers' drawings and certified to ASME, PED, GOST and TV. Product Description Baffle plate - essential component of shell
Quality ASME SA36 Carbon Steel Heat Exchanger Baffle 314.3MM Diamter API 650 factory

ASME SA36 Carbon Steel Heat Exchanger Baffle 314.3MM Diamter API 650

ASME SA36 Carbon Steel Baffle Plate for Heat Exchanger Application Yuhong Holdings Group Co., Ltd. is a leading manufacturer of pressure vessels, committed to delivering high-quality products to meet the diverse needs of our customers. With an annual production capacity exceeding 6,000 tons, we provide a wide range of specifications and materials for various products, including film evaporators, heat exchangers, reaction vessels, towers, storage tanks, and filters. Additional
Quality ASME SA516 Gr.70 Heat Exchanger Baffle Heat Exchanger Components factory

ASME SA516 Gr.70 Heat Exchanger Baffle Heat Exchanger Components

ASME SA516 Gr.70 Baffle: Heat Exchanger Carbon Steel Plate Component What is the role of baffles in heat exchangers? Baffles are critical internal components in shell-and-tube heat exchangers, designed to optimize fluid dynamics, enhance heat transfer efficiency, and provide structural support to the tube bundle. ASME SA-516 Gr.70 is a carbon steel specification widely used for manufacturing baffles due to its excellent balance of strength, weldability, and cost-effectivenes
Quality ASME SA516 Grade70 Carbon Steel Heat Exchanger Baffle Single Segmental 7.9MM Thickness factory

ASME SA516 Grade70 Carbon Steel Heat Exchanger Baffle Single Segmental 7.9MM Thickness

ASME SA516 Grade70 Carbon Steel Single Segmental Baffle for Heat Exchanger Yuhong Holdings Group Co., Ltd. is a leading manufacturer specializing in pressure vessels. With an annual production capacity exceeding 6,000 tons, we provide a wide range of products including film evaporators, heat exchangers, reaction vessels, towers, storage tanks, and filters. Our product offerings cater to various industries, including biopharmaceuticals and petrochemicals. Introduction to
Quality ASME SA36 Carbon Steel Baffle Plate Custom Shell & Tube Exchanger Internals Precision-Cut with Clean Edges factory

ASME SA36 Carbon Steel Baffle Plate Custom Shell & Tube Exchanger Internals Precision-Cut with Clean Edges

ASME SA36 Carbon Steel Baffle Plate Custom Shell & Tube Exchanger Internals Product Description Yuhong Group: Precision Heat Exchanger Components From Tubes to Complete Bundles Yuhong Group Co., Ltd. designs and manufactures complete thermal systems shell & tube heat exchangers, pressure vessels, and air coolers as well as every critical internal component: heat exchanger tubes (carbon steel, stainless steel, nickel alloy, copper alloy), fin tubes, Utubes, tube bundles
Quality TEMA/ ASME Hairpin Heat Exchanger | Multitube / Double Pipe Type | Single Pass U-Bundle | Materials: CS / 304 / 316L / Ti / Duplex | Design Temp -40°C to +500°C factory

TEMA/ ASME Hairpin Heat Exchanger | Multitube / Double Pipe Type | Single Pass U-Bundle | Materials: CS / 304 / 316L / Ti / Duplex | Design Temp -40°C to +500°C

TEMA/ASME Hairpin Heat Exchanger The hairpin heat exchanger is a shell-and-tube type configuration consisting of a U-shaped tube bundle enclosed within a shell that includes a return bend housing at one end. The shell-side fluid enters at the front head, flows along the straight leg to the return bend, reverses direction, and exits at the front head. The tube-side fluid enters through the front tubesheet, passes through the U-tubes, and returns through the same tubesheet.
Quality Hairpin Heat Exchanger | Double Pipe Section / Multitube Hairpin | Single Pass U-Bundle | Materials: CS/304/316L/Ti | Design Temp -40°C to +500°C factory

Hairpin Heat Exchanger | Double Pipe Section / Multitube Hairpin | Single Pass U-Bundle | Materials: CS/304/316L/Ti | Design Temp -40°C to +500°C

Hairpin Heat Exchanger | Double Pipe Section / Multitube Hairpin | Single Pass U-Bundle Materials: CS/304/316L/Ti | Design Temp -40C to +500C | Applications: High T Services / Vaporizing / Gas Heating | Manufactured per TEMA or ASME VIII-1 Technical Advantage Overview The hairpin heat exchanger (also known as a double-pipe or multitube hairpin) is engineered for services where thermal expansion differential between the tube and shell fluids exceeds the practical limit of a
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