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909 Results For

"heat exchanger tube"

품질 SA213 합금 강철 이음새가 없는 관/보일러 스테인리스 열교환기 관 공장

SA213 합금 강철 이음새가 없는 관/보일러 스테인리스 열교환기 관

Alloy Steel Seamless Tubes for Boiler Usage and Application of Heat Exchanger Detailed Product Description Alloy steel tubes is a kind of steel alloyed tube with other elements in amounts of between 1 and 50% by weight to improve its mechanical properties.Alloying elements are added to achieve certain properties in the material. As a guideline, alloying elements are added in lower percentages (less than 5%) to increase strength or harden ability or in larger percentages (over

품질 증기 보일러 및 발전소 사용을 위한 고열 전달 이중 핀 보일러 핀 튜브 공장

증기 보일러 및 발전소 사용을 위한 고열 전달 이중 핀 보일러 핀 튜브

Double Finned Boiler Fin Tubes/Heat Exchanger Tubes for Steam Boiler Fire Tube Structure Product Description H-type finned tube heat exchanger elements maintain a high capacity for heat transfer, possess superior self-cleaning properties and retain the ability to effect flue gas waste heat recovery in boiler renovations. Convective heat transfer coefficient is proportional to fin pitch, but inversely proportional to fin height and fin width. Key Features High heat transfer

품질 고 주파수 용접 된 매듭없는 탄소 강철 나선 핀 튜브 보일러 열 교환기 공장

고 주파수 용접 된 매듭없는 탄소 강철 나선 핀 튜브 보일러 열 교환기

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

품질 ASME H 유형 열교환기 4mm 보일러 탄미익 관 섬광 저항 공장

ASME H 유형 열교환기 4mm 보일러 탄미익 관 섬광 저항

ASME H-Type Carbon Boiler Fin Tube For Heat Exchanger Thickness 4mm Product Description(Fin Tube) • H-Heat Exhanger two rectangular fin, similar to a square, its edge length for the fluorescent tubes of 2-fold, an expansion of the heating surface. • H-Heat Exchanger flash resistance welding processes used, the welding seam after the high rate of fusion, weld tensile strength, and has good thermal conductivity. H-Heat Exchanger can also manufacture dual tube "double H" type

품질 열 교환기 위해 316 스테인리스 스파이럴 핀 튜브 공장

열 교환기 위해 316 스테인리스 스파이럴 핀 튜브

Seamless Spiral Finned Tube,316 Stainless Steel Finned Tube For Heat Exchanger Product Description The finned tube is a heat exchange element, which is mainly processed according to the needs of the user, and then installed on the base tube radiator by welding, so that the finned tube radiator is formed, and the finned tube radiator has high heat dissipation efficiency and stable thermal performance. Finned tubes are usually operated in harsh working environments such as high

품질 열 교환기 펌프 열 교환기 위한 엑스트루드 핀드 CS 알로이 서펜틴 튜브 공장

열 교환기 펌프 열 교환기 위한 엑스트루드 핀드 CS 알로이 서펜틴 튜브

ASME Standard Extruded Finned CS Alloy Serpentine Tube For Boiler Heat Exchanger​ Descriptions Boiler Economizer is the energy improving device that helps to reduce the cost of operation by saving the fuel. The economizer in Boiler tends to make the system more energy efficient. In boilers, economizers are generally designed to exchange heat with the fluid, generally water. The exhaust from the boilers is generally in the temperature range of 200°C – 250°C, so there are a

품질 맞춤형 나선형 핀 고주파 용접 튜브, 열 교환 성능 향상 공장

맞춤형 나선형 핀 고주파 용접 튜브, 열 교환 성능 향상

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

품질 Customized Carbon Steel Fin Tube With Adjustable Spacing For Heat Exchangers 공장

Customized Carbon Steel Fin Tube With Adjustable Spacing For Heat Exchangers

Customized Carbon Steel Fin Tube With Adjustable Spacing For Heat Exchangers What should be paid attention to during the installation of Boiler Fin Tubes? First, ensure the fin surface is clean (no oil, rust or dust) to avoid affecting heat transfer. Second, control the installation gap between tubes strictly (follow boiler design requirements) to prevent uneven flue gas flow. Third, avoid collision with fins during hoisting and installation to prevent fin deformation or

품질 ASME 표준 페인트 탄소 강철 보일러 나선 핀 튜브 공장

ASME 표준 페인트 탄소 강철 보일러 나선 핀 튜브

보일러 및 열교환기용 ASME 인증 나선형 핀 튜브. 부식 방지 코팅, 향상된 내구성 및 탁월한 열 전달 효율을 갖춘 맞춤형 탄소/합금강 옵션입니다. 월 500톤 규모의 ISO9001 인증을 받은 제조업체입니다.

품질 보일러 고효율을 위한 열교환기 절약가 코일형 S자형 튜브 공장

보일러 고효율을 위한 열교환기 절약가 코일형 S자형 튜브

Heat Exchanger Economizer Coil Serpentine Tube for Boiler High Efficiency Certificated Product Introduction Product Name Economizer for Boiler Structure Type Tube Coil Serpentine Coil Tube Material - Carbon Steel : 20#, 20G, A195, A-1 - Corten Class Low Alloy Steel : Corten Steel, ND Steel (09CrCuSb) - Alloy Steel : 15CrMoG, T11 Standard China GB, ASME Manufacturer Grade China A Grade, ABS Certificated, TUV Certificated Tube Type - Bare Tube - Fin Tube Tube Specification As

품질 Asme S자형 튜브 보일러 예비품 탄소 / 스테인레스 강 열교환기 공장

Asme S자형 튜브 보일러 예비품 탄소 / 스테인레스 강 열교환기

Asme Serpentine Tube Boiler Spare Parts Carbon / Stainless Steel Heat Exchanger Some of the quality tests carried out by us includes: Corrosion Test Conducted only when specially requested by the client Chemical Analysis Test done as per required quality standards Destructive / Mechanical Testing Tensile | Hardness | Flattening | Flare | Flange Reverse-bend and Re. flat tests Carried out in full compliance with relevant standards & ASTM A-450 and A-530 norms, which ensures

품질 탄소 강철 나선 핀 튜브 열 교환기에서 열 전달 효율을 향상시키기 위해 공장

탄소 강철 나선 핀 튜브 열 교환기에서 열 전달 효율을 향상시키기 위해

Product Description The spiral fin tube is a heat transfer element commonly used in heat exchangers, and its structure is characterized by a layer of spiral fins wrapped around the tube, which can increase the surface area of the tube, thereby improving the heat transfer efficiency. At the same time, the spacing between the fins is adjustable, which can be adjusted according to different process requirements to achieve the best heat exchange effect. In the manufacturing