"stainless steel welded pipe"
斜めASTM312継ぎ目が無いステンレス製の管101.6mm ODの冷間圧延
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
OD 25mmの高周波溶接された縦方向の螺線形のひれ付き管
High Frequency Welded longitudinal spiral fin tube For Heating Transfer System Product Description 1) Tube OD:25mm~82.5mm 2) Length : 130mm~18m 3) fin height : 0mm-16mm 4) Fin pitch:2.0-5.0mm 5) finned tube length:0.5m~ 14m 6) Single metal rolling finned tube: Pure aluminum 1060 /aluminum alloy 6063 the 6061 material 7) Double metal rolling finned tube: Tube-based protection from the outer layer of aluminum tubes, corrosion-resistant; 8) Base tube material : carbon steel pipe
SA210シームレスサーペンタインチューブコイルパイプ熱放射
ASME SA210 Seamless Serpentine Tube Superheater Coil Tube Serpentine Tube Introduction Technical Requirements: Straight Tubes Standard Specification For Bending: ASME SA 213; ASME SB 163; ASME A789, ASME SA268, ASME SA269, etc. Marking: Before Bending By Marking Machine All Over The Tube Length (Bent Section After Heat Treatment Without Marking) Note: Marking is also possible After Bending On The Straight Parts Of U-Bending Tube. U-Bend Tubes: -TEMA RCB 2.31 Standard Of The
カスタマイズされたスパイラルフィン高周波溶接管は熱交換性能を向上させます
Customized Spiral Fin High Frequency Welded Tube Enhances Heat Exchange Performance Product Description A spiral fin tube is a heat transfer component fitted with spiral-shaped fins. It’s made by winding fins around a base tube—common base tubes used here include thick steel pipes like 2-inch or 2.5-inch options. Thanks to its unique spiral fin structure, the spiral fin tube’s heat dissipation capacity is dozens of times higher than that of a regular smooth tube. Finned
高周波溶接無縫炭素鋼スピラルフィンチューブ ボイラー熱交換器用
High Frequency Welded Seamless Carbon Steel Spiral Fin Tube For Boiler Heat Exchanger Product Description The spiral finned tube is a highly efficient heat transfer element with spiral fins. Its heat transfer area is several times to dozens of times that of the plain tube, which can strengthen heat transfer, reduce flow resistance, and reduce metal consumption, thereby improving the economy and operation reliability of heat exchange equipment. Spiral fin tubes have been
ASME 標準 高周波 溶接 スパイラルフィンチューブ 高温と圧力に耐える
ASME Standard High Frequency Welded Spiral Fin Tube Resistant To High Temperatures And Pressures Product Description The finned tube is a kind of heat exchange element, which has high heat exchange efficiency, strong anti-corrosion and wear-resistant performance, and high stability. In order to improve the heat exchange efficiency of the tube, the fins are welded on the surface of the heat exchange tube to increase the outer surface area (or inner surface area) of the heat
U Bend Carbon Steel Serpentine Tube ボイラーエコノマイザー/スーパーヒーター/リヒーター用
Product Description The serpentine tube is welded by a number of small diameter pipes of the same specification and the same material, the length range can be between 20-70m after the extension, after many times of bending, and through some accessories that play the role of connection and fixation, multiple pipe rings are set together to form a serpentine pipe screen, which is located in the upper part of the furnace and in the flue. The components of the serpentine tube
高周波 溶接 炭鋼 ボイラー 螺旋 フィン チューブ パーソナライズ フィン チューブ
Product Description The spiral fin tube consists of the base tube and the spiral fin. The base pipe is usually made of steel, copper or aluminum, but other metal materials can also be used according to actual needs. The spiral fins are tightly welded to the outer surface of the base tube, creating an extended surface that resembles a spiral. The spiral finned tubes have the following features: (1) High heat transfer efficiency: The spiral fin tube has a large heat transfer
高温耐圧高周波溶接スパイラルフィンチューブ ASME規格
High Temp Pressure Resistant High Frequency Welded Spiral Fin Tube ASME Standard Product Description A finned tube is a type of heat exchange component, featuring high heat transfer efficiency, strong corrosion and wear resistance, and great stability. To boost the tube’s heat exchange efficiency, fins are welded onto the surface of the heat exchange tube. This increases the tube’s outer (or inner) surface area—ultimately achieving the goal of better heat transfer, and that
カスタマイズされた適応可能な炭素鋼の蛇形コイルエンジニアリングソリューション
Product Description The serpentine tube is welded by a number of small diameter pipes of the same specification and the same material, the length range can be between 20-70m after the extension, after many times of bending, and through some accessories that play the role of connection and fixation, multiple pipe rings are set together to form a serpentine pipe screen, which is located in the upper part of the furnace and in the flue. The components of the serpentine tube
熱交換器のためのASTM A178 GrCの継ぎ目が無いボイラー鋼鉄管
ASTM A178 GrC seamless steel tube pipe for boiler exchanger for pressure equipment, used at higher temper Description ASTM A178 standard referes to electric-resistance-welded tubes with minimum-wall-thickness. Materials are carbon steel and carbon-manganese steel, ASTM A178 pipe and tube is to be used in boiler tubes, boiler flues, superheater flues and safe ends. Steel Grades A (low-carbon steel), C (medium-carbon steel), or D (carbon-manganese steel). Manufacturing
ASTM A179 高周波 溶接 螺旋型 炭鋼 フィンのチューブ ボイラー エコノマイザー
ASTM A179 High Frequency Welding Spiral Carbon Steel Fin Tube For Boiler Economizer Product Description The finned tubes are an important material to solve the problem of heat dissipation in industrial production. Compared with ordinary tubes, finned tubes have a higher heat dissipation capacity because finned tubes will be attached to the surface of the tube with a large number of fins, which can increase the heat transfer capacity of the tube while expanding the surface
