Found 90 Products For:

"heat exchanger pipe"

Quality A179 Cold Drawn Low Carbon Steel Tube Heat Exchanger Pipe OD 9.5mm To 50mm factory

A179 Cold Drawn Low Carbon Steel Tube Heat Exchanger Pipe OD 9.5mm To 50mm

A179 Cold Drawn Low-Carbon Steel Tube For Heat Exchanger Or Condenser Overview The ASTM A179 is the standard specification for seamless cold-drawn carbon steel heat exchanger and condenser tubes. This standard is specifically designed for applications where efficient heat transfer is crucial, such as in heat exchangers, condensers, and other related systems. The standard for A179 seamless steel tube is developed by the American Society of Mechanical Engineers (ASME),
Quality ASME SA213 TP347H Stainless Steel Heat Exchanger Tubing For High Temperature Service factory

ASME SA213 TP347H Stainless Steel Heat Exchanger Tubing For High Temperature Service

ASTM A213/ ASME SA213 TP347H SS Heat Exchanger Tube for High Temperature Service Overview ASME SA213 TP347H is a high-temperature austenitic stainless steel tube designed for heat exchangers, boilers, and superheaters in demanding industrial environments. Its superior resistance to oxidation, corrosion, and creep makes it ideal for applications in power plants, petrochemical refineries, and other high-temperature processes. YUHONG has extensive experience in supplying and
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
Quality Hairpin Heat Exchanger with U-Tube Bundle and ASME/TEMA Fabrication for High Temperature Cross Services factory Video

Hairpin Heat Exchanger with U-Tube Bundle and ASME/TEMA Fabrication for High Temperature Cross Services

Hairpin Heat Exchanger Multitube & Double Pipe Designs | U-Tube Bundle with Finned Tube Options | ASME/TEMA Fabrication for High Temperature Cross Services Product Description Yuhong Group: Complete Heat Exchanger Solutions From Shell & Tube to Hairpin Designs Yuhong Group Co., Ltd. designs and manufactures a comprehensive range of thermal equipment for global industries. Our core offerings include shell and tube heat exchangers, pressure vessels, air coolers, and
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 High-Performance Modular Hairpin Heat Exchanger with Unrivaled Performance in Extreme Conditions factory

High-Performance Modular Hairpin Heat Exchanger with Unrivaled Performance in Extreme Conditions

The High-Performance Modular Hairpin Heat Exchanger System with ASME U stamped Unlock Superior Thermal Performance and Unmatched Flexibility In the world of industrial heat transfer, where processes are defined by high pressures, extreme temperatures, and challenging fluids, standard solutions often fall short. Our Advanced Modular Hairpin Heat Exchanger System is the engineered answer for demanding thermal tasks, setting new benchmarks for efficiency, reliability, and
Quality ​​ASME VIII-1 Certified Floating Head Heat Exchanger TEMA AHS Type, Corrosion Resistant Alloy Construction factory Video

​​ASME VIII-1 Certified Floating Head Heat Exchanger TEMA AHS Type, Corrosion Resistant Alloy Construction

ASME VIII-1 Certified Floating Head Heat Exchanger TEMA AHS Type, Corrosion Resistant Alloy Construction YUHONG ASME VIII-1 Certified Floating Head Heat Exchanger (TEMA AHS Type) combines SA516 Grade.485 carbon steel shell with SA179 cold-drawn seamless tubes to deliver unmatched performance in corrosive and thermally cyclic environments: SA516 Gr.485 Advantages: High Strength & Weldability: Carbon-manganese steel plate ideal for pressure vessels (shell
Quality ​​TEMA BEM Shell & Tube Heat Exchanger AS 1210 Div.1, ASME U Stamp for Refinery Service factory

​​TEMA BEM Shell & Tube Heat Exchanger AS 1210 Div.1, ASME U Stamp for Refinery Service

TEMA BEM Shell & Tube Heat Exchanger AS 1210 Div.1, ASME U Stamp for Refinery Service YUHONG delivers API 660 compliant shell and tube heat exchangers to Australia, meeting all critical standards: ASME U Stamp: Constructed to ASME Section VIII Division 1. CRS Options: Available primarily in Carbon Steel construction.---AS1210 Shell & Tube Heat Exchanger AS 1210 Div.1 COMPONENTS AND INTEGRALLY CLAD METALS (a) Pipe fittings ASME B16.9, ASME B16.11, AS/NZS 4331. (b)
Quality ASME SEC. VIII DIV.1 TEMA Type BEU TEMA Class R Heat exchangers for Oilfield surface facilities factory

ASME SEC. VIII DIV.1 TEMA Type BEU TEMA Class R Heat exchangers for Oilfield surface facilities

ASME SEC. VIII DIV.1 TEMA Type BEU TEMA Class R Heat exchangers for Oilfield surface facilities YUHONG believe the performance ceiling of any heat exchanger is defined by its raw components. Our technical specifications are not just a bill of materials; they are a deliberate engineering strategy. Forged for Strength:SA-105N forged flanges for critical nozzles Seamless for Integrity:SA-106 Gr.B seamless pipes for pressure parts Engineered for Resilience: spiral-wound
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