Copper Ordinary Low Fin Tube C12000
Why Choose Us
High Quality
YEXIANG Metal Tech taking science and technology as the guide, we are committed to the R&D and manufacturing of high-efficiency heat exchange tubes. We have brought together the most advanced high-efficiency heat exchange tube manufacturing technologies, processes and equipment. We rely on years of experience in the development of high-efficiency heat exchange tubes to continuously introduce more efficient products to our customers. At the same time, we also focus on product quality management and have established strict quality management systems and production standards in accordance with European and American standards.
Flexible innovation
YEXIANG is a young company with innovative capabilities. We always regard innovative products to drive the development of the industry as one of our long-term goals!
Integrity and reliability
The trust given to customers means that we are always obligated to provide the best quality. No matter now or in the future, YEXIANG will always do things in a responsible way!
Professional Team
Our professional team collaborate and communicate effectively with one another, and are committed to delivering high-quality results. They are capable of handling complex challenges and projects that require their specialized expertise and experience.
What is Copper Ordinary Low Fin Tube
Low-finned tubes are a reliable solution for controlling the temperature of gases and liquids, or for evaporating and condensing refrigerants. Thanks to their larger heat transfer surface area, they offer considerable potential to save in terms of materials and fill volumes. The wide range of dimensions offered by Yexiang Solutions makes these products perfect for a broad scope of applications in the refrigeration and air conditioning industry, for oil/gas coolers in machinery and plant engineering, and for intermediate vapor superheaters in process engineering.
Related Product
Copper High Performance Evaporating Tube
This tube type has a unique fin design. There are specially designed channels under the outer fins to communicate with each other. In a flooded evaporator, this special structure can form a large number of stable vaporization cores and promote liquid evaporation. The vaporization process becomes frequent in and out channels, which promotes the continuous overflow of bubbles when the refrigerant boils, strengthens the boiling effect, and can obtain excellent heat conduction performance, and its heat transfer coefficient can be up to 7 times that of light tubes. At the same time, on this basis, the inner wall of the tube is strengthened to minimize the formation of thermal resistance inside the tube, so that the heat exchange capacity on both sides of the copper tube can be maximized.
Copper Pool Boiling Evaporator Tube
The fish scales like profiles are distributed uniformly on the enhanced surface of the tube while the circular channels are formed helically under the profiles. The special porous structure has provided lots of nucleation points which are critical in flooded boiling. It has reduced the thickness of the liquid film between the bubbles and the tube wall to decrease the thermal resistance. Meanwhile, it can accelerate the circulation of liquid and bubbles in the fin root channels and cavity pockets due to the thermos-siphon effect, which improves both internal and external convection.
Low-finned tubes are a reliable solution for controlling the temperature of gases and liquids, or for evaporating and condensing refrigerants. Thanks to their larger heat transfer surface area, they offer considerable potential to save in terms of materials and fill volumes. The wide range of dimensions offered by Yexiang Solutions makes these products perfect for a broad scope of applications in the refrigeration and air conditioning industry, for oil/gas coolers in machinery and plant engineering, and for intermediate vapor superheaters in process engineering.
Copper Nickel High Performance Evaporating Tube
The addition of Fe and Mn in C70600 alloy greatly improves the corrosion resistance of this material. In clean seawater, the alloy can accept water flow rates up to 2.2-2.5%/s, and in slightly salt solutions it can accept The maximum speed can reach 4m/s. This alloy can avoid stress corrosion cracking and high temperature point denickeling. Therefore, the alloy has good corrosion resistance to clean or polluted seawater and river water. It is widely used in power stations, on heat exchangers using seawater in desalination and petrochemical plants.
Copper square tube is one of the many types of copper tubes. It is a pressed and drawn seamless tube. Light weight, good thermal conductivity, high low temperature strength. Often used in the manufacture of heat exchange equipment (such as condensers, etc.). It is also used to assemble low-temperature pipelines in oxygen production equipment. Small-diameter copper pipes are often used to transport pressured liquids (such as lubrication systems, oil pressure systems, etc.) and pressure measuring tubes used as instruments.
Copper Nickel High Performance Condensing Tube
Copper nickel high performance condenser tube is mainly used in shell-type condensers. Its delicately designed fins can make condensate film thinner, thermal resistance smaller and outlet of refrigerant smoother, thereby intensify the heat exchange outside the tube; the optimized inner fin shape and count No. Enhance the stir of water, which increases the heat-exchange efficiency inside the copper tube. The design of this type of copper tube optimizes and integrates the efficiency of heat-exchange inside and outside of the tube consequently, the overall efficiency of heat exchange is increased.
Level wound coil are produced using an advanced continuous casting and rolling technique. This method offers the coils a smooth and bright finish, as well as a long service life and outstanding performance, even in low temperature conditions.
Smooth Surface Copper Tube in Coil
Level wound coil are produced using an advanced continuous casting and rolling technique. This method offers the coils a smooth and bright finish, as well as a long service life and outstanding performance, even in low temperature conditions.
The precision of Yexiang IGT copper tube in coil provides superior heat transfer capability by increasing the inner contact surface. These seamless drawn tubes significantly increase the efficiency of heat exchangers. Typical applications include fin and tube evaporator and condenser coils for air conditioners, freezers, and refrigerators.
Benefits of Copper Ordinary Low Fin Tube
● Offers 2.5-3 times the external surface area of bare tube.
● Enhanced heat exchanger efficiency means less tube is required to accomplish the same heat transfer as a bare tube.
● Low finned tube can increase the performance of an existing exchanger without the difficult and expensive task of building new shells etc.
● Reduced space and weight can be extremely valuable in offshore production or high elevation distillation columns. Low finned technology can transform large shell and tube exchangers into compact heat exchangers.
What Is the Difference Between High Fin Tube and Low Fin Tube
High fin tubes:
These exhibit a remarkable characteristic-higher fin density. The tightly packed fins create a labyrinth of surfaces, significantly amplifying the available area for heat transfer. This intricate design is invaluable in applications where optimising heat exchange efficiency is paramount.
Low fin tubes:
In contrast, low fin tubes boast a more relaxed fin density, with fins strategically spaced farther apart. This deliberate design choice reduces surface area, making these tubes ideal for scenarios where heat transfer efficiency is crucial but doesn't demand the highest possible density.
High fin tubes:
The heightened fin density of high fin tubes directly translates to superior heat transfer efficiency. This feature is particularly advantageous in applications where precision temperature control or exceptional thermal performance is non-negotiable.
Low fin tubes:
While still delivering effective heat transfer, low-fin tubes cater to scenarios where the demand for enhanced efficiency is not as critical. Applications in the food and beverage industry, for instance, often find these tubes suitable, where maintaining a consistent temperature is essential, but not necessarily at peak efficiency levels.
High fin tubes:
The intensified fin density of high fin tubes contributes to an elevated surface area-to-volume ratio. This architectural feature enhances heat dissipation, rendering these tubes well-suited for applications where managing high temperatures is a primary concern.
Low fin tubes:
Conversely, low fin tubes, characterised by a more modest fin density, exhibit a comparatively lower surface area-to-volume ratio. This design makes them apt for applications where moderate heat transfer is sufficient and considerations such as cost-effectiveness take precedence.
High fin tubes:
● Process Industries: Chemical and petrochemical sectors leverage high fin tubes' enhanced heat transfer capabilities for optimal performance in their processes.
● Power Generation: They are pivotal in power plants, optimising heat exchanger efficiency and contributing to energy production.
● HVAC Systems: They find a natural home in HVAC systems, ensuring top-tier thermal performance for heating, ventilation, and air conditioning applications.
Low fin tubes:
● Food and Beverage: Low-fin tubes prove invaluable in industries where precise temperature control is paramount for food and beverage production processes.
● General HVAC: They offer a cost-effective yet reliable solution in HVAC applications where maximising efficiency is not the primary concern.
Do High Fin Tubes and Low Fin Tubes Use Different Materials?
High-fin tubes and low-fin tubes can be made from the same or different materials depending on their application requirements. Both are crafted with precision, and the selection of materials can significantly impact their performance in diverse industrial applications.
High Fin Tubes
They are designed for applications demanding top-tier heat transfer efficiency and are often crafted from materials prioritising conductivity and durability. Common materials include high-grade stainless steel and alloys, ensuring resistance to corrosion and high-temperature environments. The meticulous engineering of high fin tubes focuses on the fin density and extends to the material composition, guaranteeing optimal performance in challenging conditions.
Low Fin Tubes
Similarly, low fin tubes are tailored to meet the demands of applications where efficient heat transfer is essential but don't require the heightened performance of high fin tubes. Materials like carbon steel and other cost-effective alloys are often chosen for crafting low-fin tubes. This strategic material selection ensures a balance between performance and affordability, making low-fin tubes a practical choice for industries prioritising economical solutions without compromising functionality.
Low finned tubes basically consist of a metal tube. This tube can be made of different types of metals. Specifically, for low finned tubes, the low fins offer the advantage that the outer surface of the metal tube is increased. This is reflected in the fact that the heat exchanger has a higher capacity than models with bare tubes. Airco-Fin produces various types of finned tubes. The complete range can be found on our website. When using a heat exchanger, a heated medium is flowed through the metal tube. The medium transfers its heat to the metal and the metal then transfers the heat to the fins. These fins ensure that a different medium is heated.
Low Finned Tubes are a type of finned tube that features a continuous external fin, helically wound on the base tube with a relatively low height. The main features of low finned tubes are as follows:
Increased Heat Transfer
The external fins of the low finned tube greatly enhance heat transfer and enable efficient heat exchange between the fluid inside the tube and the surrounding environment.
Compact Design
Low finned tubes have a compact design and provide greater heat transfer capabilities than plain tubes, resulting in smaller equipment sizes and a smaller overall footprint.
Reduced Material Costs
The use of low finned tubes reduces the amount of material needed to achieve the same level of heat transfer performance, thus potentially reducing manufacturing costs.
Corrosion Resistance
Low finned tubes are often made of corrosion resistant materials like copper or stainless steel which extends the life of the tube and lowers maintenance costs.
Increased Efficiency
Due to the increased heat transfer from the external fin, the low finned tube can operate at higher efficiency and lower costs than plain tubes.
Common Applications Of Copper Ordinary Low Fin Tube
Petrochemical industry
Low-fin tubes are used in the petrochemical industry to improve the heat transfer process in various applications, including condensers, preheaters, and evaporators. These tubes are commonly used in process heaters, where combustion gases pass on the tube side, and heat exchanger fluids flow on the shell side. The high heat transfer coefficient provided by the low fin tubes helps to reduce the overall size and cost of heat exchangers while increasing efficiency.
Refrigeration industry
Refrigeration systems, especially those dealing with gas and air, can have a high heat transfer rate through low-fin tubes. The fins on the tube's outer surface help to increase turbulence, enhancing heat transfer and making it more efficient. This application is widely used to produce cold storage rooms, commercial refrigeration equipment, and air conditioning units.
Boiler industry
Boilers are widely used in various industries to generate steam and heat for power production. Low-fin tubes offer increased heat transfer efficiency, resulting in lower fuel consumption, power consumption, and operating costs. Using low-fin tubes in boilers ensures heat is transferred more effectively, leading to better energy usage and a lower carbon footprint.
Power generation industry
Power generation plants require large amounts of heat transfer to operate efficiently. Low-fin tubes are used in several heat exchangers in thermal power plants, including air coolers, feedwater heaters, and condensers. These tubes are highly effective in heat transfer applications, where they help increase the overall thermal efficiency of power generation processes and reduce operational costs.
Aerospace industry
Low-fin tubes are used in the aerospace industry to improve heat transfer efficiency in critical cooling systems for various aircraft applications. These tubes are designed to maximize heat transfer efficiency while minimizing the weight and volume of the heat exchanger used. The aerospace industry requires stringent quality and safety standards, and low-fin tubes are preferred for their reliability, durability, and high performance.
Our factory
Shandong YEXIANG Metal Tech Co., Ltd. is located in Binhai High-tech Industrial Park, Linshu County, Linyi City, Shandong Province. Relying on its strong financial strength and advanced high-efficiency heat exchange tube processing technology, YEXIANG Metal has a consistently stable and pragmatic style to gain a foothold in the fierce market competition. With high market share, high-value brand, high-tech content, high quality has established the company's influence in the copper processing industry and has become an excellent supplier to many listed group companies. It has now developed into a complete industrial chain integrating smelting, extrusion, finishing rolling, drawing and annealing. It has been rated as "Top Ten Copper Tube Enterprises" and "Top Taxpayer in the Copper Tube Industry" for many times.
Certificate
FAQ
Hot Tags: Copper Ordinary Low Fin Tube C12000, China Copper Ordinary Low Fin Tube C12000 manufacturers, suppliers, factory, 1 inch soft copper tubing 100 ft, bent copper tube, 50mm copper pipe, 19mm copper pipe, copper tube insulation, 1 type l copper pipe
Previous
Smooth Copper Tube C12200You Might Also Like
Send Inquiry