"welded steel tube"
ISO/Asmeは縦方向のボイラーひれ付き管を溶接した
ISO / Asme certificated Welded Longitudinal stainless / Carbon Boiler Fin Tube Specifications 1). Add the heat exchange area and reduce the number of tubes, also increase the fume flow section area to reduce the fume speed and abrasion. 2). H type fin tube can be made to double H type fin tube, high rigidness to fit long tube row. 3). H type fin economizer arranged in line to make the space into many small zones, averaged air flow to reduce the abrasion. 4). With straight
低炭素ASTM A213 Tp304の管の非磁気耐食性
Description 304/304L Stainless Steel is dual certified stainless steel tubing is a very low carbon "18-8" austenitic chromium-nickel stainless steel with good corrosion resistance and superior resistance to inter-granular corrosion following welding or stress relieving. The low carbon percentage limits the formation of harmful carbides to such an extent that this grade may be safely used for most operations of welded construction, and where the service temperature is limited
6063の合金の高周波電気抵抗の溶接された内部的に螺線形のひれ付き管
High Frequency Electric Resistance Welded Spiral Fin Tube Product Introduction Compared to the traditioanal fin tubes or spiral tubes the H-fin tube can greatly expand the heating surface. When the extent of the effect of heat transfer is the same . The H-fin tube economizer takes up less space. In addition to the Heconomizer, Hsuperheater ,H air heater, and many of other products, The H fin tubes has been included in the “Chinese high-tech product catalog”. Application:
TP304Lは化学製品工場のための縦方向のボイラーひれ付き管を溶接した
Welded Longitudinal TP304L TP 316L Stainless Boiler Fin Tube, Steam Boiler Fin Tube Product Introduction Fin height Less than 17mm Fin pitch 2.1-5mm Fin thickness 3-4mm Material Tube:Carbon steel,alloy steel,customized,SS Fin:copper;Aluminum CS , SS Advantages 1.better product quality and longer service life. 2.energy conservation and environmental protection. 3.significantly improve cycle efficiency. BaseTube material: Stainless steel(SA213 304) Dimension: OD:16-140mm WT:2
耐磨性があり効率的な熱交換要素 高周波の溶接回螺旋フィンチューブ
Wear-Resistant And Efficient Heat Exchange Element High-Frequency Welded Spiral Fin Tube Product Description The finned tube is a wear-resistant, efficient heat exchange element. It usually increases the outer surface area (or inner surface area) of the heat exchange tube by adding fins on the surface of the heat exchange tube, so as to achieve the purpose of improving the heat exchange efficiency. The fin tube is made of aluminum tube rolled as a whole, with no contact
ASME 産業用/発電所ボイラー用炭素鋼蛇管
Product Description The Boiler serpentine tube is a special pipe design, named for its unique serpentine shape, which is mainly used in boilers to enhance heat exchange efficiency. The manufacturing process of the serpentine tube includes the use of special machine tools to bend the tube without filler material at room temperature, bend the tube of various diameters through a set of interchangeable guide wheels, and take specific measures to ensure that the tube does not
熱交換用 スパイラルフィンチューブ クリップドフィンチューブ 部品
Promotional Heat Exchange Spiral Fin Tube Crimped Finned Tubes Spare Parts Product Introduction Air cooling machine, with the environment air as the cooling medium, is the equipment to cool or condensate the process fluid with high temperature in the tube. It is called "air cooler" for short, and is also called "air cooling heat exchanger". Air cooler can be also called as fin blower that is often used to replace the cooling medium of water-cooling shell-tube heat exchanger.
Optimal Energy Production Guaranteed Boiler Steel Pipes Thickness 1 -60 mm
Optimal Energy Production Boiler Steel Tubes What standards apply to boiler tubes? Common standards include ASME (e.g., SA-192, SA-213), DIN (e.g., DIN 17175), and GB (e.g., GB 5310). Product Description 12Cr1MoV is a widely used steel grade for boiler superheaters, headers and main steam ducts in high-pressure, ultra-high-pressure, and subcritical power stations. At 580°C, it still has high thermal strength and oxidation resistance, and has high long-lasting plasticity. The
耐久性ボイラーのためのカスタマイズ可能なASMEフィンチューブ
Customizable ASME Fin Tubes For Durable Boiler Applications Corrosion protection for biomass boilers? ①TP310 cladding ②Fin pitch≥8mm Product Introduction Air cooling machine, with the environment air as the cooling medium, is the equipment to cool or condensate the process fluid with high temperature in the tube. It is called "air cooler" for short, and is also called "air cooling heat exchanger". Air cooler can be also called as fin blower that is often used to replace the
ボイラーにおけるエコノマイザーシステムのためのカスタマイズ可能な螺旋状の尖毛状のフィンチューブ
Customizable Spiral Serrated Fin Tubes New Condition for Economizer Systems in Boilers Pressure drop difference between spiral & straight fins? Spiral fins cause 15-25% higher ΔP (turbulence effect) Product Introduction Air cooling machine, with the environment air as the cooling medium, is the equipment to cool or condensate the process fluid with high temperature in the tube. It is called "air cooler" for short, and is also called "air cooling heat exchanger". Air coole
Customized Boiler Fin Tube For Air Cooling Heat Exchanger With Spare Parts
Customized Boiler Fin Tube For Air Cooling Heat Exchanger With Spare Parts What are the differences between Boiler Fin Tubes and ordinary smooth tubes in terms of application? Compared with ordinary smooth tubes, Boiler Fin Tubes have a larger heat exchange area (2-8 times that of smooth tubes) and higher heat transfer efficiency, so they are more suitable for boilers with limited installation space or high heat transfer demands (e.g., industrial boilers, waste heat recovery
Custom Spiral Finned Tube Economizer Boiler Energy Saving Pressure Vessel Compatible
Custom Spiral Finned Tube Economizer Boiler Energy Saving Pressure Vessel Compatible Are Boiler Fin Tubes suitable for low-temperature boiler working conditions? Yes, but material and fin type need to be selected carefully. In low-temperature working conditions (e.g., boiler flue gas temperature below 200℃), there may be condensation of water vapor or acidic substances on the fin surface, which can easily cause corrosion. Therefore, it is recommended to use corrosion
