DELLOK Efficiency Low Fin Tubes Custom Voltage Hydro/Pneumatic Test OD 3-25mm 0.5mm Wall

About Us

^{DELLOK (YONGHUI RADIATING PIPE MANUFACTURING CO.,LTD.) was established in 2002, which is located in Jiangsu, China. After many years of development, the company now has 66 million yuan in fixed assets, more than 200 employees, and 33 technical staffs. We have 4 aluminum processing production lines, with the annual processing capacity of more than 20,000 tons; And we have 5 tube-drawing production lines; 47 fintube production lines, 1 imported production line from American with the brand of McElroy , with the annual production capacity of 12 million meters the above. Quality is the theme of eternal pursuit of winner -Production workshop- Meticulous works, standardized management system and systematic quality assurance are Dellok(YONGHUI)'s best commitment to quality. In Dellok(YONGHUI), the quality control is not only the detection of the final process, but throughout the entire production process. We implement a set of quality control and assurance systems. Each batch of pipes is sampled and tested, and records are kept as a quality guarantee for the final product.}

Product Description

LOW FIN TUBES

 

About LOW Fin Tubes

The Low Fin Tube is available in a range of Bare Tube Od sizes, ranging from 8-51mm, ensuring compatibility with various systems. Additionally, the tube comes with various tube coatings, including Powder Coating, Anodizing, and Galvanizing, which provide protection and durability to the tube.

This product is designed to provide high heat transfer efficiency, with a Heat Transfer Coefficient that is up to 10 times higher than plain tubes. The outer diameter of the tube ranges from 3-25mm, making it a versatile option for various heat transfer applications.

The Low Fin Tube is ideal for use in industries such as power generation, chemical processing, and HVAC systems. Its unique design ensures optimal heat transfer, leading to improved system performance and reduced energy costs.

Overall, the Low Fin Tube is a reliable and efficient option for enhancing heat transfer in various applications. Its high Heat Transfer Coefficient, range of tube coatings, and compatibility with various system sizes make it a popular choice among customers. Choose the Low Fin Tube for your next heat transfer application and experience the benefits of the latest in Extruded Fin Tube technology.

 

Our Advantages

 

Professional facility to produce in excess of 100 tons of quality finned tube per month.
♦ Over 20 years experience
♦ Out standing quality
♦ Three different finning process
♦ Two fully automatical H.F Induction Welding Lines
♦ More than 15 finning machines
♦ Different coiling and bending process
♦ Highly skilled technicians
♦ Numerous domestic and overseas customers

 

Material Combinations

Features:

♦ Product Name: Low Fin Tube

♦ Bare Tube Od: 8-51mm

♦ Test After Fining: Hydro Test, Pneumatic Test

♦ Outer Diameter: 3-25mm

♦ Heat Transfer Coefficient: Up To 10 Times Higher Than Plain Tubes

♦ Fin Edge: Smooth, Sharp

♦ Features: Extruded Fin Tube, Aluminum Fin Tube

♦ Production Method: Extruded Fin Tube Machine

 

Technical Parameters:

 

 

Support and Services:

 

Our Low Fin Tube product comes with comprehensive technical support and services to ensure optimal performance and longevity. Our team of experienced engineers is available to assist with installation, maintenance, and troubleshooting. We also offer training programs for clients to help them understand the features and benefits of our product. Additionally, our product comes with a warranty and we provide after-sales service to address any issues that may arise. Contact us for more information on our support and services.

Quality Control

Ordering and Delivery

For a given pipe or tube size, the desired heat transfer surface area per unit length of tube can be obtained by specifying the appropriate fin height, fin thickness and number of fins per inch.
If the whole transfer surface area of the finned tube is A and the transfer surface area of the tube is A0, then nominal the ratio A/A0 should be 5 to 12.

Packing

FAQ