Found 90 Products For:

"air cooler heat exchanger"

Kualitas ASME SA213 TP316L Exchanger Panas Tabung Seamless 1.4404,X2CrNiMo17-12-2 pabrik

ASME SA213 TP316L Exchanger Panas Tabung Seamless 1.4404,X2CrNiMo17-12-2

ASME SA213 TP316L Heat Exchanger Seamless Tube 1.4404,X2CrNiMo17-12-2 ASME SA213 TP316L is the designated standard and grade for seamless stainless steel tubes used in high-end applications such as power plant boilers, petrochemical plants, and nuclear power plants, for manufacturing equipment such as heat exchangers, condensers, and superheaters. It typically employs cold rolling or cold drawing seamless processes to ensure dimensional accuracy and surface quality. The ASME
Kualitas ASME SA179 A179 Tube Seamless Heat Exchanger untuk Pembuatan Minyak, Kondensator untuk Pembangkit Kimia, Pembangkit Listrik pabrik

ASME SA179 A179 Tube Seamless Heat Exchanger untuk Pembuatan Minyak, Kondensator untuk Pembangkit Kimia, Pembangkit Listrik

ASME SA179 A179 Carbon Steel Seamless Tube Heat Exchangers For Oil Refineries, Condensers For Chemical Plants, Power Plants The ASME SA179 / ASTM A179 seamless tube is a globally recognized standard for cold-drawn low-carbon steel tubes, specifically designed for use in shell-and-tube heat exchangers, condensers, and similar heat transfer equipment. It is one of the most widely specified materials in the power generation, petrochemical, HVAC, and marine industries due to its
Kualitas Pertukangan Panas yang dapat disesuaikan tabung lembaran komponen pertukangan panas ketahanan korosi pabrik

Pertukangan Panas yang dapat disesuaikan tabung lembaran komponen pertukangan panas ketahanan korosi

Carbon/Alloy/Stainless Steel Customized Tubesheet Heat Exchanger Component Overview Tubesheet is a crucial component in heat exchangers, pressure vessels, and similar equipment, used primarily to secure and seal the ends of tubes, allowing for the passage of fluids through the tubes. It plays an essential role in supporting the tube bundle, preventing fluid mixing, and ensuring the efficiency and integrity of heat transfer systems. Key Features of a Tubesheet: 1. Function:It
Kualitas A179 L Jenis Tabung Sirip, Tabung Bersirip Penukar Panas Suhu Rendah pabrik

A179 L Jenis Tabung Sirip, Tabung Bersirip Penukar Panas Suhu Rendah

A179 Would Fin Tube - L Type used in Low-Temperature Heat Exchanger Overview A179 Finned Tube – L Type refers to a type of finned tube made from A179 carbon steel and designed with an L-type fin. Let’s break down the components: 1. A179 Material: · A179 is a carbon steel grade, commonly used for low-temperature heat exchangers. It has good mechanical properties and is widely used in industries such as power generation, chemical processing, and HVAC (heating, ventilation, and
Kualitas API 661 Penukar Panas Pembangkit Listrik Pendingin Udara Tarikan Paksa Jenis Tarikan Paksa dengan Perakitan Mudah pabrik

API 661 Penukar Panas Pembangkit Listrik Pendingin Udara Tarikan Paksa Jenis Tarikan Paksa dengan Perakitan Mudah

API 661 Forced Draft Air Cooler Power Plant Heat Exchanger Forced Draft Type with Easy Assembly 1. Product Overview Designed for the demanding environments of power generation, our Forced Draft Air Cooler is engineered to deliver reliable and efficient cooling for critical applications such as turbine inlet air cooling, auxiliary system cooling, and closed-loop water systems. Manufactured in full compliance with the API 661 standard and featuring ASME-certified pressure
Kualitas ASME / ASTM SA179 / A179 tabung pendingin udara baja karbon tanpa jahitan, untuk industri minyak dan gas pabrik

ASME / ASTM SA179 / A179 tabung pendingin udara baja karbon tanpa jahitan, untuk industri minyak dan gas

ASME / ASTM SA179 / A179 Seamless Carbon Steel Air Cooler Tube , For Oil and Gas Industry 1. Standard and Specification ASME SA179 is a specification established by the American Society of Mechanical Engineers (ASME) for seamless carbon steel tubes primarily intended for boiler and heat exchanger applications. It defines the chemical composition, mechanical properties, dimensions, and testing requirements for seamless carbon steel tubes to ensure reliability and safety under
Kualitas Tipe khusus Shell tabung tetap dan Tube Panas Penukar untuk Inter Cooler pabrik

Tipe khusus Shell tabung tetap dan Tube Panas Penukar untuk Inter Cooler

Custom Type Fixed Tubesheet Shell and Tube Heat Exchanger for Inter Coole 1. Equipment Overview & Configuration A fixed tubesheet design (typically TEMA Type AEL or BEM) represents the most robust and leak-proof configuration for compressor intercooler applications. Because the tubesheets are welded directly to the shell, there are no internal gaskets or floating mechanisms, completely eliminating potential bypass leakage between high-pressure process gas and the cooling
Kualitas Evaporator Industri ¥ Pertukaran Panas Efisiensi Tinggi untuk Sistem Pendingin, Pendingin pabrik

Evaporator Industri ¥ Pertukaran Panas Efisiensi Tinggi untuk Sistem Pendingin, Pendingin

Industrial Evaporator – High-Efficiency Heat Exchange for Refrigeration & Cooling Systems What is an Evaporator? An evaporator is a key component in refrigeration and air conditioning systems, responsible for absorbing heat from the environment or process fluid and transferring it to the refrigerant. This process allows cooling in applications such as cold storage rooms, food processing, HVAC systems, and industrial refrigeration plants . Without an efficient evaporator,
Kualitas ASTM A240 SS304/304L Shell And Tube Heat Exchanger Tube Sheet Square Tipe pabrik

ASTM A240 SS304/304L Shell And Tube Heat Exchanger Tube Sheet Square Tipe

ASTM A240 304 Square Tubesheet Shell And Tube Heat Exchangers ASTM A240 304 Square Tubesheet is a square tube sheet made of 304 stainless steel. It complies with the ASTM A240 standard and is designed for heat exchangers and pressure vessels. Its core function is to precisely support and seal the tube bundle. Its square structure is suitable for compact layouts (such as air-conditioning units and small reactors). The heat transfer uniformity is improved by optimizing the four