Tubo con aletas enrollado en espiral | Tubo con aletas galvanizado | Tubo con aletas enrollado en frío galvanizado en caliente en invernadero

¿Qué es el tubo con aletas enrollado en espiral o el tubo con aletas engarzado?

El tubo con aletas enrollado en espiral o el tubo con aletas prensadas son aletas envueltas en espiral sobre el tubo base, sin soldadura, pero soldadas por puntos en el extremo.

Material del tubo con aletas enrollado en espiral o tubo de aletas prensado: la tira de aletas puede ser de cobre, acero al carbono, acero inoxidable, tubos y aletas no ferrosos en la raíz soldada o completamente soldada.

Tubo con aletas de acero inoxidable ondulado helicoidal

Tubos con aletas enrollados en tensión helicoidal para enfriador de aire

Dado que el acero inoxidable tiene una alta resistencia a la corrosión, el tubo de aletas engarzadas de acero inoxidable puede usarse ampliamente cuando las circunstancias tienen un cierto grado de corrosión o limpieza, como en la industria climática, calefacción, secado y enfriamiento. Generalmente se aplica en intercambiadores de calor de tubos de aletas. La temperatura máxima de trabajo es de 180 ℃.

El tubo con aletas enrollado en espiral o el tubo con aletas engarzado ofrecen una mayor turbulencia en el lado del aire y transferencia de calor debido al engarce de las aletas en comparación con el tubo con aletas tipo L.

Estándar de material del tubo de aleta engarzado: Tanto el tubo base como la aleta pueden ser de acero al carbono o de acero inoxidable.

Acero al carbono: A179, A192,SA210 Gr A1/C,A106 Gr B Acero inoxidable: TP304/TP304L, TP316/TP316L

Ventajas y aplicaciones del tubo con aletas enrollado en espiral o del tubo con aletas prensadas

Dado que el acero inoxidable tiene una alta resistencia a la corrosión, el tubo de aletas engarzadas de acero inoxidable puede usarse ampliamente cuando las circunstancias tienen un cierto grado de corrosión o limpieza, como en la industria climática, calefacción, secado y enfriamiento. Generalmente se aplica en intercambiadores de calor de tubos de aletas.

La temperatura máxima de trabajo es de 180 ℃.

Calentadores de tubo con aletas:

Tanto el tubo base como la aleta pueden ser de cobre, acero al carbono y acero inoxidable.

Carbon Steel: A179, A192,SA210 Gr A1/C,A106 Gr B

Stainless Steel: TP304/TP304L , TP316 / TP316L

Specification of crimped fin tube:

Base Tube OD: 15.88~51mm

Fin Pitch: 3.5~10mm

Fin Height: maximum 16mm

Fin Thickness: 0.2~0.4mm

Features of crimped fin tube

1. Fins and tubes are connected tightly

2. Uniform pitch,

3. Small fold,

4. No ash accumulation

5. Small thermal contact resistance,

6. High heat transfer capability

7. Maximum working temperature: 120°C

Helically Tension Wound Finned Tubes for Air Cooler

Since the stainless steel is with high corrosion resistance, the stainless steel crimped fin tube can be widely used when the circumstance has a certain degree of corrosion or cleanliness, such as climatic industry, heating, drying and cooling. Usually applied in fin tube heat exchangers.

Maximum working temperature is 180℃.

Stainless Steel Helical Crimped Fin Tube

Fin Type: Crimped Fin Tube

Tube Material: Stainless Steel

Fin Material: Stainless steel

Fin Tube Type: Crimped, corrugated

Stainless steel helical crimped fin tube description：Stainless Steel Helical Crimped Fin Tube, we are Crimped Fin Tube supplier & Crimped Fin Tube manufacturer in China.

Heat Transfer Spiral Stainless Steel Crimped Fin Tubes

The steel strip can be copper, carbon steel, stainless steel.

Non-ferrous tubes and fins on either root soldered or completely tinned.

Material Standard of crimped fin tube

Both base tube and fin can be carbon steel and stainless steel

Carbon Steel: A179, A192,SA210 Gr A1/C,A106 Gr B

Stainless Steel: TP304/TP304L , TP316 / TP316L, T2

Advantage and Applications

Since the stainless steel is with high corrosion resistance, the stainless steel crimped fin tube can be widely used when the circumstance has a certain degree of corrosion or cleanliness, such as climatic industry, heating, drying and cooling.

Advantages of hot dip galvanized finned tube

1. The cost of hot-dip galvanized fin tube treatment is low: the cost of hot-dip galvanizing antirust is lower than that of other paint layers;

2. The hot-dip galvanized finned tube is durable: in the suburban environment, the standard hot-dip galvanized antirust thickness can be maintained for more than 50 years without repair; in urban areas or offshore areas, the standard hot-dip galvanized antirust coating can be maintained for 20 years without repair;

3. The reliability of the hot-dip galvanized finned tube is good: the galvanizing layer and the steel are metallurgical combined and become a part of the steel surface, and the durability of the primary coating is more reliable;

4. The toughness of hot-dip galvanized fin tube coating is strong: the zinc coating forms a special metallurgical structure, which can withstand mechanical damage during transportation and use;

5. Comprehensive protection of hot-dip galvanized finned tube: every part of the plated part can be coated with zinc, even in the depression, sharp corner and hidden place can be protected by the full name;

6. Hot dip galvanized finned tube saves time and effort: the galvanizing process is faster than other coating construction methods, and can avoid the time required for painting on the construction site after installation.

High frequency welding finned tube radiator for string type and winding type fin made of the shortcomings, and improved by high frequency welding is an efficient heat radiating element of finned tube, fin tube itself is the strip thickness 0.8-1mm winding in the finned tube, and the high-frequency welding process, the welding in tablets pipe, ensure the bonding strength of tube and fin, the metal heat intensity reached 1.10 1.20w/kg degrees centigrade, widely used in boiler economizer of the finned tube air preheater and production workshop, production of residential energy-saving radiator, and heat pipe as the late winding preferred.

Spiral finned tube is an efficient heat transfer device. Its heat transfer area is several times to several times, it can strengthen heat transfer, reduce the flow resistance, reduce metal consumption, so as to improve the economic and operational reliability of heat exchange equipment. At present, the spiral finned tube has been widely used in various boilers.The structure of the spiral finned tube is shown as the figure above.

Specification unit of spiral finned tube: 

The diameter of the base tube is 18-219mm

Base tube wall thickness: 2-8mm

Fin thickness 0.8-2 s

Fin height 10-30mm

Pitch 5-20 t

Fin tube length is less than or equal to 10000mm L

Note: 1. The table outside the specifications can be made by the demand side agreed

2. Fin to generally less than 1/2 diameter

3. The factory produced by the spiral finned tube DG1020-97 JB/T6512-92 and other standards

Spiral fin tube product specification and parameter list

Galvanized finned tube Material: ordinary carbon steel, stainless steel, corrosion resistant steel, Seamless steel pipe, high frequency electric welded steel tube

High frequency welded spiral fin tube type and material

Welding finned tube included: Solid type, Serrated type

Welding material: carbon steel, corrosion resistant steel, stainless steel, alloy steel

High frequency welded spiral fin tube product application range

Boiler economizer, power plant boilers, petrochemical engineering, heat exchanger

High frequency welded spiral fin tube Base tube diameter: O 25- o D 140 mm

Based tube length L:1-12 meters

Fin spacing t:5-30 mm

Fin thickness Sn:0.8-2.5 mm

HF: fin height is generally less than the base tube radius (8-30 mm)

Cold rolled composite fin tube

Tube: carbon steel, stainless steel, Alloy steel

Fin: Aluminum

Cold rolled composite fin tube application scope

Heat exchanger, oven

Production range of cold rolled composite fin tube

Tube OD diameter: O 16- o 38 mm

The diameter of diameter finned tube: O 35- o 70 mm

The length of L:1-4 meters finned tube

Finned tube spacing of t:2.5, 3, 7 mm

In order to forward you a promt offer we would be pleased to receive you detailed enquiry including:

• Base tube material 

• Tamaño del tubo base (OD x WT x Longitud)

• Material de las aletas

• Tipo de aleta

• Diámetro o altura de la aleta

• Grosor de las aletas

• Aletas por pulgada, metro o paso de aleta

• Longitud de los extremos lisos y sin aletas

• Cantidad de tubos con aletas

(Fabricación adicional, como doblar o soldar los tubos en una placa de tubos o un conjunto)

Tubo con aletas enrollado en espiral|tubo con aletas galvanizado|Tubo con aletas en espiral soldado por alta frecuencia|Tubo con aletas