Technical requirements for finned tube
Finned tubes are used in many applications to increase heat transfer efficiency by providing additional surface area for heat exchange. The technical requirements for finned tubes depend on the specific application and operating conditions.
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Finned tube test range and standard
How to test the finned tubes and what kind of test range? Heat transfer coefficient test, performance test, pull off force test, corrosion resistance test, finish test, wear test, contact thermal resistance test, ash resistance test, etc
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Manufacturers of industrial finned tube radiator
The industrial finned tube radiator for special drying is a series of heat exchange and heat dissipation elements which are made of spiral finned tube with relative diameter and material.
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Application of bimetal rolled finned tube
Finned tubes are the main components of heat exchangers. Finned tubes are elongated aluminium cladded carbon steel flat tubes with brazed aluminium fins.
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How to choose finned tube for heat exchanger?
A heat exchanger is to process one fluid transfers heat to another fluid. Therefore, whether to use finned tubes as heat transfer elements in the design depends on the relative size of the surface heat transfer coefficients of the two fluids.
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Tubesheet application
Tubesheet is the most important part of heat exchanger. Its basic purpose is to separate the fluid in tube side and shell side, and then to provide fixed support points for tube and rod.
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Longitudinally welded fin heat exchange tube
Longitudinal welded fin heat exchange tubes are parts of general heat exchange or heat transfer equipment, especially heat exchange tubes with longitudinally extending fins that increase the heat transfer area.
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Heat exchanger tube sheet and baffle manufacturing
A heat exchanger tube sheet is a critical component of a shell-and-tube heat exchanger. Heat exchanger baffles are another important component found within shell-and-tube heat exchangers.
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How to process the HH finned tube?
HH-type finned tube is an enhanced heat exchange element arranged at the tail of the system flue in order to recover the waste heat of exhaust gas from power station boilers, ship power plants, etc., and effectively improve fuel utilization.
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Tube sheet inspection
In the process of tube sheet inspection, the main inspection indicators are hole position, hole diameter tolerance, hole finish, presence or absence of burrs, groove position, etc.
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Lord Fin Tube-Production of H-shaped fin tube
The main production method of H-shaped fin tube is argon arc welding or electric welding, in which the fins are welded on the outside of the central steel pipe by means of simultaneous or multiple welding.
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Lord Fin Tube-ASTM A213 TP309 Seamless Tube
What is ASTM A213 TP309 seamless tube? ASTM A213 is a standard specification for seamless ferritic and austenitic alloy-steel boiler, superheater, and heat-exchanger tubes. TP309 is designed to have high-temperature strength and excellent heat resistance.
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