Copper Finned Tubes Manufacturer In China

As an expert manufacturer, Cufintube offers high quality custom finned tube solutions to enhance your heat exchange efficiency.

Get Factory Price Start From 200pcs！

Larger Capacity, Better Price.

Annual production up to 20,000 tons & lower wholesale price.

Lower MOQ, More Flexibility.

Save your cost and generate higher profit.

Certified, Safety Guaranteed.

ISO certified, strictly production to guarantee quality.

Your Reliable Partner For Custom Finned Tubing

Extruded Finned Tubing

Bi-metal Finned Tube

High Fin Tubes With Bent Fins

Copper Alloy Tubes

Spiral Tubes

Finned Evaporator Tube

What Set Us Apart

Strong Capacity

With equipped 120+ advanced machines, our finned tubes capacity is up to 20,000 tons per year, the machines efficiently enhance our productivity.

Well-equiped

Factory equipped with top advanced automatic machines, smooth production line and expert manufacturing and deep processing workshops.

Favorable Price

Up to 10% lower raw material costs contributed by bulk order needs and stable supply guaranteed by manufacturing process, make it possible for our lower price.

Full Support & Service

From pre-sales to manufacture and after-sales, we will provide the tailored solution according to your design and quote within 24 hours.

High Efficiency Start From Inquiry

STEP 1

Confirm your requirements

Drawing together with specification and specific materials description provided would greatly improve the whole efficiency.

STEP 2

Confirm price and the drawing

After price confirmed, we will double confirm of the drawing, to avoid mistake. And the delivery and payment terms.

STEP 3

Make deposit payment to fix price

As the raw materials cost prices fluctuate a lot, PI price valid date normally is only one day, or fix final price when deposit arrive, so arrange quick deposit as final confirm.

STEP 4

We handles all the rest including shipment

Strict production plus on line inspection and final sampling inspection with report issued, then we will arrange container loading and shipment.

Tons Annual

20000 +

Years Factory

40 +

Advanced Machines

120 +

Products Series

300 +

Extruding

Cut To Length

Make Plain End

Washing

Dewatering And Drying

100% Inspection Before Packing

Final Inspection Before Loading

Container Loading

Finned Tubes Manufacturing Process

After your order is confirmed, we first prepare the raw copper tubes, which are then extruded. Before cutting the tubes to the specified length, an intermediate step is conducted — leak testing by 2 MPA Pressure. Then cut to length. Following this, the tubes undergo smooth section turning and cleaning, after which they are dried to remove water.

A 100% manual inspection is then carried out to check for fin burst defects, as well as to ensure that both the inner and outer diameters meet the required specifications. Before loading the containers, we also conduct a final inspection and issue a QC report to ensure that the products you receive are 100% compliant.

Primary Industries & Applications

Fin Tubes Used In HVAC & Cooling Systems

Finned tubes are crucial in HVAC and cooling systems, enhancing heat transfer efficiency. They increase the surface area available for heat exchange, allowing for effective heating and cooling of air. Commonly used in air conditioning units and refrigeration systems, finned tubes facilitate rapid temperature control, improving overall system performance and energy savings. Their design enables efficient handling of large air volumes in confined spaces, making them ideal for various industrial applications.

Finned Tubes Used In Gas-Fired Boilers

Finned tubes are essential components in gas-fired boilers, enhancing heat transfer efficiency and overall performance. By increasing the surface area available for heat exchange, these tubes facilitate rapid heating of water or steam, optimizing energy use. Their design promotes effective heat dissipation, ensuring that the boiler operates at peak efficiency even under high load conditions. Additionally, finned tubes are constructed from durable materials to withstand the harsh environments typical in gas-fired systems. This combination of efficiency and durability makes finned tubes a vital choice for reliable and cost-effective boiler operation.

Finned Tubes Used In Cooling Towers

Finned tubes are integral to the efficiency of cooling towers, enhancing heat exchange between water and air. Their extended surface area allows for optimal heat dissipation, facilitating effective cooling of process fluids in industrial applications. The fins promote turbulent airflow, improving heat transfer rates and ensuring consistent performance even in high-demand situations. Constructed from durable materials, these tubes can withstand harsh environmental conditions and resist corrosion, ensuring longevity and reliability. By utilizing finned tubes, cooling towers achieve superior thermal performance, contributing to energy savings and operational efficiency in various industries, including power generation and manufacturing.

Finned Tubes Used For Oil & Gas Suppliers

Finned tubes are crucial for oil and gas suppliers, enhancing thermal efficiency in various applications such as heat exchangers and process heaters. Their increased surface area facilitates effective heat transfer, optimizing the heating and cooling of fluids in demanding environments. Designed to withstand high pressures and corrosive conditions, these tubes ensure reliable performance and longevity in the field. The fins promote turbulent flow, further improving heat exchange rates and energy efficiency. By incorporating finned tubes, oil and gas suppliers can achieve superior operational efficiency, reduce energy costs, and maintain the integrity of their systems in challenging conditions.

Finned Tubes Used In Mining Equipments

Finned tubes play a vital role in mining equipment, enhancing heat transfer and cooling efficiency in harsh environments. These tubes are designed to withstand extreme temperatures and abrasive conditions, ensuring reliable performance in heavy machinery such as crushers, grinders, and hydraulic systems. The increased surface area provided by the fins promotes effective heat dissipation, preventing overheating and extending equipment lifespan. By optimizing thermal management, finned tubes contribute to improved operational efficiency and reduced downtime in mining operations. Their durability and efficiency make them an essential component for maintaining the reliability of mining equipment in demanding applications.

Finned Tubes Used In Water Heater

Finned tubes are essential components in water heaters, enhancing heat transfer efficiency and ensuring rapid heating of water. Their increased surface area allows for optimal contact between the heating medium and water, resulting in faster temperature rise and energy savings. Designed for durability, these tubes can withstand high pressures and temperatures, making them ideal for both residential and commercial applications. The fins also promote turbulent flow, improving heat exchange rates and overall performance. By incorporating finned tubes, water heaters achieve superior efficiency, providing reliable hot water while minimizing energy consumption and operational costs.

Finned Tubes Used In Shell & Tube Heat Exchangers

Finned tubes are a crucial component in shell and tube heat exchangers, significantly enhancing thermal performance. Their extended surface area allows for efficient heat transfer between two fluids, optimizing energy use in various applications. The fins promote turbulent flow, improving heat exchange rates and ensuring effective cooling or heating. Designed for durability, these tubes can withstand high pressures and temperatures, making them ideal for industries such as oil and gas, chemical processing, and HVAC systems. By incorporating finned tubes, shell and tube heat exchangers achieve superior efficiency and reliability, meeting the demands of modern thermal management.

Finned Tubes Used For Equipment Manufacturers

Finned tubes are essential components for equipment manufacturers, significantly enhancing the thermal performance of various systems. By increasing the surface area for heat exchange, these tubes facilitate efficient cooling and heating processes in machinery such as compressors, chillers, and industrial heaters. Their robust design ensures durability and reliability, capable of withstanding high pressures and temperatures in demanding environments. The fins promote turbulent flow, improving heat transfer rates and overall efficiency. By integrating finned tubes into their products, equipment manufacturers can deliver superior performance, energy savings, and longevity, meeting the rigorous demands of modern industrial applications.