"welded steel tube"
베벨드 ASTM312 이음새가 없는 스테인레스 튜브 101.6 밀리미터 OD 냉간 압연
ASTM312 Hot/Cold Rolled Seamless Stainless Steel Pipe Tube Stainless steel tube for heat exchanger,evaporater,boiler,condenser,muffler,cooler Specifications: 1) Diameters: 4 - 76.2mm 2) W.T.: 0.4 - 2.5mm 3) Grades: 316L/304/304L/310S,etc. 4)standard:GB/ISO/EN/ASTM/JIS,etc. 5)application range:widely use in the foodstuff,medical equipment,power,boiler,cooler,auto,condenser etc. 6)packing: inner packing:1 pc/plastic bag;outer packing:bundles in weaving bags or in plywooden case
최적의 열 전달을 위해 수평 또는 수직 탄소 강철 스펜틴 튜브
Product Description The serpentine tube is a tube that goes around many times in a plane. The convection heating surface of the boiler, such as economizer, superheater and reheater, etc., mostly adopts the structure of the serpentine tube, and there are two types of layout: horizontal and vertical. The vertical serpentine tube is easy to accumulate water in the pipe after the furnace is stopped, but it is convenient to support and hang. The longitudinal pitch of the
맞춤형 보일러 열 에너지 전송을 위해 탄소 강철 스펜틴 튜브
Product Description The serpentine tube is a type of pipe with a specific shape, and its name comes from its resemblance to a serpentine shape. When making the serpentine tubes, the tubes can be bent without filling material at room temperature using specialized machine tools. Equipped with interchangeable guide wheels, this machine is capable of bending tubes of various diameters, and with precise operation and control, the required serpentine tubes can be manufactured. The
고온용 A급 보일러 탄소 강철 스펜틴 튜브
Product Description The serpentine tube is a common tubular heat exchanger in which the heat transfer surface is acted by a serpentine tube bent into a cylindrical or flat shape. The serpentine tube heat exchangers play an important role in many industrial processes due to their simple design and efficient heat exchange. In addition, the serpentine tube heat exchanger's compact structure and small footprint make it a significant advantage in applications where space is
스테인리스 스틸/탄소 스틸/연금 스틸 높은 부식 저항성을 가진 스펜틴 튜브
Product Description The design of the boiler serpentine tube aim to increase the heat exchange area and improve the heat exchange efficiency. This kind of pipe is usually made of metal material, which has good thermal conductivity and corrosion resistance, and it can adapt to various harsh working environments. The shape of the serpentine pipe allows the fluid to form turbulence during the flow process, further enhancing the heat exchange effect. In the power industry, it can
합금 재료 보일러 열 교환기에 테이블 성능과 함께 serpentine 튜브
Product Description The Boiler serpentine tubes are usually composed of multiple serpentine pipes, which are arranged according to a certain pattern to form the core part of the heat exchanger. The serpentine tube heat exchanger is also equipped with auxiliary components such as inlet and outlet pipes, support structures and sealing devices to ensure the smooth progress of the heat exchange process. These components are designed with full consideration for the stability and
CFB 보일러 시스템에서 고압 작동을 위해 맞춤형 디자인 뱀장 튜브
Product Description The components of the serpentine tube structure generally include economizers, superheaters, reheaters, etc., as well as some connecting pipes, spacer pipes, etc. The economizers include: economizer serpentine pipe, economizer suspension pipe; The superheater system mainly includes: horizontal low-temperature superheater (upper, middle and lower), vertical low-temperature superheater, separator screen, separator connecting pipe, fluid cooling clamp pipe,
각종 보일러용 내구성 열철 serpentine 파이프
Product Description The boiler serpentine tube is a type of heat transfer component of the boiler, which usually consists of many curved U-shaped tubes. These tubes are installed in the boiler, enter the flue gas through the external channel, and transfer water or steam inside. The boiler serpentine tubes are usually made of carbon steel or stainless steel and can withstand high temperatures and pressures. The boiler serpentine tubes are usually used in various thermal power
고 안전 탄소 강철 蛇管 CFB 보일러 슈퍼 히터 및 재 히터
Product Description The boiler serpentine tube plays an important role in heat transfer in the boiler. Its features include:1. Large heat transfer area: Since the serpentine tube has many U-shaped tubes, it can greatly increase the heat transfer area between boiler flue gas and water/steam, and improve the heat transfer efficiency. 2. Withstand high temperature and high pressure: The boiler serpentine tube is made of carbon steel or stainless steel, which can withstand high
고압 탄소 강철 보일러 슈퍼 히터 및 재 히터에 대 한 serpentine 튜브
Product Description The boiler serpentine tube is a common type of boiler heat transfer components. Passing through the water pipe section above the boiler housing, the flue gas enters the serpentine tube. In the serpentine tube, the heat energy of the flue gas is transferred to the steam or water through the pipe wall, which causes the temperature of the water or steam to rise. The boiler serpentine tube improves thermal efficiency by increasing the heat transfer area.
수평 또는 수직 보일러 구조를 위한 맞춤형 디자인 스펜틴 튜브
Product Description The function of the serpentine tube in the boiler is mainly to absorb heat, improve the working capacity of the working fluid, and save fuel. The serpentine tubes play different roles in different furnace types and layouts. For example, the serpentine tube of the superheater absorbs the heat of the flue gas, overheats the steam, and increases the heat enthalpy of the steam, while the serpentine tube of the economizer absorbs the heat of the flue gas,
ASME 보일러 열 교환기에 대한 수평 또는 수직 스펜틴 튜브
Product Description The serpentine tube is a special pipe structure in the boiler, which is usually spliced into a serpentine shape by splicing multiple U-shaped tubes. Its main function is to increase the heating area and heat transfer area of the boiler, thereby improving the thermal efficiency. The boiler produces hot gas at high temperature and high pressure by burning fuel, and after passing through many heating and heat transfer surfaces, it turns water into steam, thus
