Internally Fin Tube for Ngersoll Rand Compressor with SGS Inspection

• Customization: Available
• After-sales Service: After Sales Guaranteed
• Warranty: 2 Yeas
• Model NO.: Internally Finned Tube
• Certification: CE, ISO
• Application: Heater, Cooler, Vaporizer, Condenser, Heat Exchanger,Air Cooler,Radiator,Air Driers
• Principle: Mixing Heat Exchanger
• Style: Steel Type
• Material: Carbon Steel,Ss,Aluminum,Copper,Alloy Steel Brass,
• Inspection: SGS BV
• Useage: Ngersoll Rand Air Compressor Cooler
• Copper: Ngersoll Rand Compressor Cooler Tubes
• Common Dimensions: 28*12*1
• Transport Package: Plywood
• Specification: customized
• Trademark: DATANG
• Origin: China
• HS Code: 84199090
• Production Capacity: 800000PCS/Year

Product Description

Short Description
The inner finned tube, a revolutionary high-efficiency heat exchange solution, is extensively utilized in air coolers, as well as intercoolers and aftercoolers for air compressors, including top-notch brands like Ingersoll Rand and Atlas Copco. This cutting-edge technology ensures superior performance and reliability in critical applications.

Product Detail
Internally finned tubes are predominantly employed across a broad spectrum of industries, including nuclear power, pharmaceuticals, edible oil refining, petroleum, and chemical sectors. They are pivotal in hydraulic systems, energy-saving projects, and environmental engineering, thanks to their advanced heat exchange capabilities.
The advantages of our internally finned tubes are evident in their exceptional heat exchange efficiency, comprehensive heat transfer, consistent quality, compact size, and minimal resistance, making them a preferred choice for diverse applications.
These tubes are particularly suited for gas-liquid exchanges, mixed gas condensation, compressor gas post-cooling, and gas heating applications. They excel in evaporation, condensation, purification, crystallization, solvent recovery, and tail gas recovery, earning widespread acclaim and trust from users.
Our condensing tubes are versatile, available in 304, 316L stainless steel, and pure copper, with customization options ranging from heat exchange areas of less than 1 square meter up to 2000 square meters, catering to varied industry needs.
Proven over years of rigorous field operations, our internally finned tubes deliver outstanding performance, emerging as the ideal solution for replacing traditional spiral plate, tube, and plate heat exchangers. Their compact design ensures ease of installation and maintenance, while promoting energy conservation and emission reduction, thereby boosting production efficiency and significantly cutting costs.
Our innovative internally finned tube heat exchanger, designed for optimal gas-liquid heat exchange, revolutionizes traditional methods. By incorporating internally finned tubes, we enhance the heat transfer area within the tube, boost the overall heat transfer coefficient, and address heat exchange imbalances from differing thermal conductivity coefficients, achieving remarkable energy savings and reducing cooling water consumption.
Internally expanded finned heat exchange tubes boast remarkable features such as superior strengthening effects, high finning efficiency, advanced technical sophistication, and negligible pressure loss, positioning them as China's most promising gas heat exchange components.
These internally expanded finned tube heat exchangers find their primary applications in a wide array of industries, including petroleum, chemical, pharmaceutical, metallurgy, power, refrigeration, heat pumps, and food, offering unmatched versatility and performance.
Key working conditions for these heat exchangers include: (1) Cooling and heating of diverse process gases; (2) Condensation of varied process gases; (3) Recovery, cooling, and condensation of exhaust gases from numerous process gases; (4) Heat exchange in high and low-viscosity liquids and water environments.
Significantly enhanced heat exchange efficiency, with substantial energy and water savings.
Engineered to endure high temperatures and pressures with minimal resistance drop.
Compact design with a small footprint.
Low initial investment with a rapid return on investment.
Lower maintenance costs for users, enhancing overall cost-efficiency.

Product Display

Production Line

Our professional sales and technical team is dedicated to excellence, offering unparalleled expertise.
We craft innovative solutions and offer bespoke product customization tailored to your specific needs.

Our state-of-the-art production facilities are adept at manufacturing a comprehensive range of high-quality finned tubes, including:
EXTRUDED FIN TUBE (Bimetallic Fin Tube & Integral Monometallic Low Fin Tube) - engineered for superior performance and durability.
INNER FIN TUBE - designed for optimal heat transfer efficiency.
'G' TYPE FIN TUBE (EMBEDDED FIN TUBE) - crafted for enhanced thermal conductivity.
'L' 'LL' 'KL' TYPE FIN TUBE (WRAP AROUND FIN TUBE) - offering exceptional versatility and robustness.
LASER WELDED FINNED TUBE - known for precision welding and high strength.
HIGH FREQUENCY WELDED FIN TUBE (Including Serrated Finned Tube) - providing superior bonding and efficiency.

Other Products

PRODUCT	TYPE	TUBE MATERIAL	FIN MATERIAL	TUBE SIZE	FIN SIZE
Heat Exchanger Finned Tube	Extruded Fin Tube	All Kind of Material can be applied	Aluminum A1100	15.88~50.8	7~11.5FPI
					Fin Height Max 16mmH
	L-Foot Fin Tube	All Kind of Material can be applied	Copper C1100, C1220	12.70~50.8	7~11.5FPI
	(Wrap On Type)				Fin Height Max 16mmH
	G-Fin Tube (Embedded Type)		Aluminum A1100, A1050, A1060
	High Frequency Welded Finned Tube	A179 Carbon Steel Tube	Carbon Steel Tube	12.70~160	1.5~7FPI
		Stainless Steel Tube	Stainless Steel Tube		0.8~3.2mm. Thickness
		Alloy Steel Material	Alloy Steel Material
	Integral Copper & Copper Alloy High Finned Tube	C12200, C11000, C70600	C12200, C11000, C70600	15.88~22.23	5~9FPI
					Max 12mm. H
	Oval Finned Tube	Carbon Steel Tube	Carbon Steel Tube	All Size Available	5~15FPI
		Stainless Steel Tube	Stainless Steel Tube
		Alloy Steel Material	Alloy Steel Material
		Copper & Copper Alloy Tube	Copper & Copper Alloy Tube
Monometallic Fin Tube	Low Fin Tube	Carbon Steel, stainless steel, titanium, copper, brass, nickel alloy, etc.	-	9.52~40	12, 16, 19 28 FPI, etc.
	Turbo-C Tube
	Turbo-E Tube
	Corrugated Tube	All Kind of Material	-	6.35~40	2~9FPI

Explore our wide array of finned tubes designed to meet diverse industrial needs, including tension wound finned tubes, embedded finned tubes, and extruded finned tubes.

Tension wound finned tubes are meticulously crafted by wrapping an aluminum or copper strip around the tube under precise tension, ensuring superior heat transfer efficiency. Our innovative strip winding technology offers a variety of fin types to suit every application: L-Fin, LL-Fin, and KL-Fin.

Our G-Fins are engineered by intricately winding an aluminum or copper strip into a helical groove smoothly machined on the tube's outer surface, guaranteeing optimal performance.

Our tension wound, embedded, and extruded finned tubes serve as essential components for air coolers across various sectors, including:

Heat exchangers in power plants, encompassing electric, nuclear, thermal, and geothermal power stations.

Efficient steam condensate systems.

Versatile applications in the chemical and petrochemical industry.

Food processing plants and the latest refrigeration technologies.

Industrial applications like steel mills, incinerators, and gas compression facilities.

EXTRUDED FINNED TUBE----Introducing a fin type crafted from a bi-metallic structure: an aluminum outer tube seamlessly bonded to an inner tube made from nearly any material..

The Extruded Fin Tube, or Bimetallic Fin Tube, represents the pinnacle of finning technology, favored for its multitude of applications.

Through precise extrusion, the fins are formed on the aluminum muff tube, which is expertly fitted with tight tolerance over the base tube for unmatched performance.

Utilizing a continuous fin extruder with three tooling rolls, extrusion occurs at high pressures around 1200 psi, ensuring robust construction. This cold working process guarantees a seamless bond between tube and fin, delivering exceptional heat transfer efficiency. Concurrently, the mechanical strength of the fins is significantly enhanced, offering durability and longevity.

These fin tubes are ideal for applications in air fin coolers, driers, radiators, and are highly sought after in industries such as food and agriculture, power plants, chemical industries, steel plants, and chiller plants, among others.

Manufacturing Process: Cold Extrusion

Fin To Tube Bond: Superior quality, ensuring durability and efficiency.
Heat Transfer Efficiency: Unmatched, delivering exceptional performance.

Mechanical Resistance: Outstanding, facilitating regular cleaning with high-pressure jets, thus reducing downtime and extending overall lifespan.

Corrosion Protection: Provides excellent corrosion protection to the base tube by fully covering it, excluding bare ends.

Temperature Range: Operates efficiently up to a maximum of 300°C.

Application

Our range is perfect for applications like aftercoolers, air coolers, air heaters, charge air chillers, condensers, convection heaters, electric heaters, evaporators, fluid coolers, gas coolers, heat pipes, hydrogen coolers, industrial tumble dryers, intercoolers, immersion heaters, oil coolers, radiators, refrigeration, solvent recovery, and steam to air heat exchangers..

These are also known as High Frequency Welded Helical Spiral Serrated Finned Tubes.

Designed for efficiency, helical serrated finned tubes feature fins precisely cut from a metal strip and helically wound around the tubes for superior thermal performance.

Discover the remarkable features of our Internally Fin Tube, meticulously engineered for peak performance and reliability. With an emphasis on unparalleled Efficiency, our design guarantees an effective bond of fins to tubes, performing optimally under varied temperature and pressure conditions. It withstands high fin side temperatures with ease. The serrated fin configuration excels in combating fin fouling, enhancing durability and extending the lifespan of your equipment. Experience superior heat transfer properties that surpass those of solid fins, ensuring your system operates at its best.

Base Tube Details: Our tubes boast a versatile Diameter Range from 15.88 mm to 219 mm, paired with a robust Thickness Range of 1.651 mm to 16 mm, catering to diverse industrial requirements with precision and durability.

Tube Material: Crafted from a diverse array of premium materials including Carbon Steel Seamless Tubes, Stainless Steel, Carbon Alloy Steel, Corten Steel, and Duplex Stainless Steel. We also offer Super Duplex Stainless Steel S32750, Inconel Alloy, High Chrome High Nickel Incoloy alloy, and CK 20 material among other high-performance options.

Fin Details: Precisely engineered Fins with a Thickness ranging from a minimum of 0.8 mm to a maximum of 4 mm, and a Height from 0.25'' (6.35 mm) to a towering 1.5'' (38 mm). Our Fin Density spans from a minimum of 43 Fins per Meter to an impressive maximum of 287 Fins per Meter, tailored for optimal heat exchange and efficiency.

Material: Choose from a variety of high-quality materials including Carbon Steel, Stainless Steel, Alloy Steel, Corten Steel, Duplex Steel, and Incoloy Alloy, ensuring strength and reliability across numerous industrial applications.

Our fins are expertly crafted by Spirally Winding them around the Base Tube and Pipe, ensuring perfect alignment and optimal functionality. During the winding process, the fin is meticulously Continuously Welded using High Frequency welding, creating an exceptionally robust bond between the Fin and the Tube. This ensures extended durability and impeccable performance.

This innovative Fin Tube design is ideal for applications involving significant Mechanical Stresses, such as continuous vibrations, where robustness and reliability are imperative.

The precision welding bond between Tube and Fin guarantees almost perfect heat Transfer Efficiency, optimizing your system's performance and energy consumption. Designed to endure the most demanding conditions, our fin tubes can withstand the highest operating temperature ranges, ensuring consistent performance.

These Fin Tubes are pivotal in RADIATORS, AIR PREHEATERS, WASTE HEAT RECOVERY SYSTEMS, and BOILER FIN TUBES, among others. They are highly sought after in industries such as Power Plants, Chemical Industries, Steel Plants, and Chiller Plants, delivering unmatched efficiency and reliability.

Mechanical Resistance: Exceptional. Our tubes can endure frequent cleaning with high-pressure jets, unlike conventional fin tubes, thereby reducing downtime and extending the overall operational lifespan.

Corrosion Protection: Offering moderate protection, our fin tubes are designed to withstand challenging environments while maintaining structural integrity.

Temperature Range: Competently handling temperatures up to a Maximum of 500 Deg C, our tubes are built for high-temperature applications, ensuring safety and efficiency.

Company Profile

DATANG STEEL PIPE Co., Ltd stands as a distinguished and esteemed manufacturer and wholesaler, proudly exporting to global markets for an impressive 17 years.

Discover an extensive and diverse range offinned tubes, finely crafted fin tube heat exchangers, advanced air coolers, robust radiators, efficient economizers, state-of-the-art condensers,versatile vaporizers, and reliable air driers all available at Datang.
Our expansive spot inventory includes high-quality carbon steel seamless pipes, ERW pipes, SSAW pipes, and alloy steel pipes. In addition, we offer a comprehensive selection of durable pipe fittings and robust flanges.
We warmly invite you to visit our state-of-the-art factory and look forward to forging a successful partnership with you.

Production Workshop

Customer Tour&Cooperation

Customer Inspection

Testing&Certifications

Frequently Asked Questions
Q1: Are you a factory or a trade company?

A1: We are not only a factory but also have a subsidiary international trade company handling our exports.

Q2: What can you provide?
A2: We are specialists in manufacturing Radiator and Heat Exchanger Equipment, along with various types of Fin Tubes.

Q3: Where is your factory located?
A3: Our facility is based in Cangzhou City, Hebei Province, China, boasting a wide range of advanced machines.

Q4: How do you ensure product quality?
A4: We provide an Inspection & Guarantee Certificate with every shipment, and Third Party Inspection options are available for added assurance.

Q5: What distinguishes your company from others?
A5: Our company stands out due to our skilled professional team, competitive pricing, and superior after-sales service.

Q6: Can you manage the shipment process?
A6: Absolutely, we can assist with shipment arrangements thanks to our long-term partnerships with reliable forwarders.

Q7: How long does delivery typically take?
A7: Delivery time depends on the order, but it is typically within 30 days after we receive your advance payment.

Q8: Is it possible to get a sample?
A8: Yes, we offer small samples from our inventory free of charge.