Found 34 Products For:

"forged tube sheet"

Hochtemperatur-API 560-Ofen für Rohölvorwärmer in Schwefelrückgewinnungsanlagen

High-Temperature API 560 Fired Heater for Crude Preheaters in Sulfur Recovery Units The API 560 Horizontal Tube Fired Heater is a specialized equipment used in industrial processes to heat fluids, typically for oil and gas applications. API 560 Horizontal Tube Fired Heater tube Materials Specifications Material Pipe (ASTM Specifications) Tube (ASTM Specifications) Carbon steel A53, A106 Gr B A192, A210 Gr A-1 Carbon-1/2Mo A335 Gr P1 A209 Gr T1 1 1/4 Cr-1/2Mo A335 Gr P11 A213

ASME SA182 F304 Edelstahlflansche mit OD 520 mm × ID 361 mm × THK 85 mm geschmiedetem Aufbau für Wärmetauscheranschlüsse

ASME SA182 F304 Stainless Steel Flange | OD 520mm * ID 361mm * THK 85mm – Forged Heat Exchanger Flange for Shell & Tube Connections Product Description Yuhong Group: Complete Heat Exchanger Components – From Tubes to Flanges 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 a complete supply of critical components:

Qualität ASME SB171 C46400 Schiffsspitze aus Messing mit OD 251 mm × THK 32,5 mm - Schmiede Kupferlegierung Wärmetauscher-Schlauchblatt für den Seewasserdienst Fabrik

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ASME SB171 C46400 Schiffsspitze aus Messing mit OD 251 mm × THK 32,5 mm - Schmiede Kupferlegierung Wärmetauscher-Schlauchblatt für den Seewasserdienst

ASME SB171 C46400 Naval Brass Tubesheet | OD 251mm × THK 32.5mm – Forged Copper Alloy Heat Exchanger Tubesheet for Seawater & Marine Service Product Description Yuhong Group: Precision Heat Exchanger Components – From Tubes to Tubesheets 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 a complete supply of critical

API 560 ISO13705 Hersteller von Brennheizgeräten für die Erdöl- und Erdgasindustrie

API 560 ISO13705 Fired Heaters manufacturer for Petroleum and natural gas industries Yuhong is a specialized manufacturer of high-quality fired heaters for the petroleum and natural gas industries. Our company is fully certified to design and supply fired heaters in strict compliance with API 560 and ISO 13705 specifications, ensuring optimal performance, safety, and reliability for your critical operations . Bill of material of API 560 Fired Heaters 1 straight tube A213 Gr

API Standard 661 Luftgekühlte Wärmetauscher für kritischen Rohölvorwärmdienst

API Standard 661 Air Cooled Heat Exchangers for Critical Crude Oil Pre-heat Service Yuhong group produce robust and efficient Air-Cooled Heat Exchanger (ACHE) for critical crude oil pre-heat service. Model 117C, featuring 370 tubes, is engineered for maximum energy recovery and operational reliability in demanding refinery environments. It is specifically designed to transfer heat from Atmospheric Residue to pre-heat Desalted Crude Oil, enhancing your plant's thermal

ASME Sec I & API Std 560 Brennheizung für Kohlekühlwerke zur Verzögerung der Verarbeitung von schwefelreichem Rohöl

ASME Sec I & API Std 560 Fired Heater for Delayed Coking Heaters in High-Sulfur Crude Processing A fired heater, also known as a process heater or furnace, is a critical industrial equipment used to heat process fluids (e.g., hydrocarbons, gases, or chemicals) to specific temperatures in refineries, petrochemical plants, and other processing facilities. It operates by combusting fuel (e.g., gas, oil) in a firebox, generating heat that transfers to fluid-carrying tubes

Wärmetauscher Baffelplatte aus Edelstahl Asme SA240 SS304 Korrosionsschutz

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

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