Found 49 Products For:

"pressure vessel nozzle"

Качество Вертикальное давление сосуда для снятия колонны, используемой в процессах дистилляции и разделения Фабрика

Вертикальное давление сосуда для снятия колонны, используемой в процессах дистилляции и разделения

Pressure Vessel Manufacturer for Stripping Column used in distillation and separation processes Product Description YUHONG Pressure Vessel: A stripping column is a specialized type of pressure vessel used in distillation and separation processes, particularly in industries like petroleum refining, chemical processing, and natural gas treatment. Stripping columns are critical pressure vessels used in distillation and separation processes across industries such as oil & gas,
Качество Промышленное давление для регенерационной колонны Гликол ГС Газ СО2 Жидкость NACE MR0175 ISO 15156 Фабрика

Промышленное давление для регенерационной колонны Гликол ГС Газ СО2 Жидкость NACE MR0175 ISO 15156

Pressure Vessel for Regeneration Column Glycol HC Gas CO2 Fluid NACE MR0175 ISO 15156 Product Description: The Pressure Vessel is a high-quality product designed to meet the specific needs of various industrial applications. With a design pressure of 4 Bar G, this pressure vessel ensures reliable performance under challenging operating conditions. One of the key features of this Pressure Vessel is its insulation and fireproofing capabilities. The inclusion of insulation and
Качество Промышленные сосуды под давлением, спроектированные согласно ASME VIII, IBC 2018, ASCE 7, NACE Фабрика Видео

Промышленные сосуды под давлением, спроектированные согласно ASME VIII, IBC 2018, ASCE 7, NACE

Pressure Vessel for Demanding Industrial Environments Regeneration Column Designed to ASME VIII , IBC 2018 , ASCE 7 , NACE Product Description: The Pressure Vessel is a reliable and durable product designed for industrial applications, featuring a robust construction and high-quality materials to ensure optimal performance and safety. With a warranty of 1 year, customers can have peace of mind knowing that their investment is protected. One of the standout features of this
Качество Сосуд высокого давления для сепаратора Insterstage KO, объем IBC 2018, стандарты ASCE 7, NACE MR 103 Фабрика

Сосуд высокого давления для сепаратора Insterstage KO, объем IBC 2018, стандарты ASCE 7, NACE MR 103

Product Description: The Pressure Vessel is a crucial component designed to store and transport Sour HC Gas (H2S + CO2) along with Free Water in a safe and efficient manner. Constructed in compliance with the highest industry standards, this vessel is built to withstand various environmental factors, ensuring the integrity and longevity of the stored materials. Designed in accordance with ASME VIII Div. 1 standards, this Pressure Vessel adheres to stringent regulations to
Качество Реактор, сертифицированный по стандарту ASME раздел VIII "У штамп" для водородных установок Фабрика

Реактор, сертифицированный по стандарту ASME раздел VIII "У штамп" для водородных установок

ASME Section VIII Pressure Vessel U Stamp Certificated Reactor for Hydrogen Service YUHONG High-Temperature CO-Shift Reactor (HT CO-Shift Reactor) is a critical, heavy-duty pressure vessel custom-engineered. Designed and certified in strict accordance with ASME Section VIII, Division 1 (2015 Edition) with official "U" Stamp certification , this reactor is purpose-built to handle severe Hydrogen Service (H2 Service) under high-pressure and high-temperature environments. High
Качество ASME VIII Div. 1 Оборудование для сосудов под давлением для послеохладителей с высокой эффективностью Фабрика

ASME VIII Div. 1 Оборудование для сосудов под давлением для послеохладителей с высокой эффективностью

Pressure Vessels For Aftercooler Separator Shell, Heads Nozzle Flange Of Clading Or Stainless Steel Aftercooler separator (often referred to as an air compressor aftercooler or moisture separator) is a device used in compressed air systems to cool the hot compressed air and remove moisture and contaminants before the air enters downstream equipment. Function: 1. Cooling Compressed Air – After compression, air is hot (often 150–350°F). The aftercooler reduces the temperature
Качество Нержавеющая сталь для высокого давления Фабрика

Нержавеющая сталь для высокого давления

Stainless Steel Nozzle Neck ASME BPVC Section VIII for High Pressure Equiment Our Nozzle Neck is manufactured from high strength materials such as ASTM A105 carbon steel or ASTM A182 stainless steel for use in high pressure, high temperature and corrosive environments. Sizes range from DN15 to DN1200, and wall thicknesses are in accordance with ASME B36.10, ensuring superior strength and durability. We offer a wide range of connection options (welded, flanged or threaded) and
Качество Процессуальное сосудое соединение, сертифицированное ASME, с точным тепловым управлением и цилиндрическим корпусом с двумя стенами для смешивания и реакции Фабрика Видео

Процессуальное сосудое соединение, сертифицированное ASME, с точным тепловым управлением и цилиндрическим корпусом с двумя стенами для смешивания и реакции

ASME-Certified Jacketed Process Vessel Engineered for precise thermal control in mixing and reaction applications Yuhong Holding Group: Building the Core of Your Process Line At Yuhong Holding Group, we transform process requirements into reliable, certified industrial equipment. Our expertise includes fabrication of custom ASME pressure vessels, including critical jacketed reactors and mixers, designed to perform under exacting thermal and mechanical conditions. We support
Качество ASME SA105N Самоармированный штуцер теплообменника, высокая точность, изготовление на заказ Фабрика

ASME SA105N Самоармированный штуцер теплообменника, высокая точность, изготовление на заказ

ASME SA105N Self Reinforced Nozzle ASME SA105N self-reinforced nozzle is an economical and efficient choice for medium and low pressure and non-corrosive working conditions. Its integrated design simplifies the manufacturing and testing process, and is especially suitable for standardized interfaces of pressure vessels and boiler systems. When selecting, it is necessary to strictly calculate the reinforcement area and wall thickness, and evaluate alternative materials in