Copper Fin Tube Enhanced Surface Design High Heat Dissipation Capability For Thermal Systems Manufacturer In India

Name: Copper Fin Tube Enhanced Surface Design High Heat Dissipation Capability For Thermal Systems Manufacturer In India
Brand: Timex Metals
Availability: InStock
Rating: 4 (1 reviews)

Specification Details
Fin Thickness	Minimum 0.8mm, Maximum 3 Mm
Fin Height	1.5″(38 Mm), Minimum 0.25″(6.35 Mm)
Fin Density :	Minimum 46 Fins Per Meter, Maximum 287 Fins Per Meter
Material	High Nickle & Incolloy, Inconel, Alloy Steel, Stainless Steel, Carbon Steel
Tubes Diameter	30mm Od Minimum, 220mm Od Maximum

Copper Fin Tube Used to Improve Heat Exchange Efficiency Through Increased External Surface Supplier in India

Timex Metals is one of the best Copper Fin Tube Manufacturers which provide the best quality copper fin tubes that are highly efficient, durable, and have the best performance to transfer heat. The tubes are popularly applied in the HVAC systems, condensers, refrigeration units, and the power generation industries. They are engineered with accuracy and constructed of high-grade copper, which offers good resistance to corrosion, high service, and uniformity of thermal conductivity. A quality check is done on the product to determine that it meets international standards and that it is reliable in its operation in the demanding applications.

Since copper is very conductive and has a uniform wall thickness, finned copper tubes give very good heat transfer to the environment. In systems where thermal efficiency and compact construction are very important, these tubes are basically the means. For example, these tubes are the most eminent ones in condensers, evaporators, refrigeration units, and air-cooled heat exchangers that require accurate bore area and dimensional control for fluid flow and pressure drop to be effected directly. A detailed size chart on a B2B platform is like a guide to engineers and procurement teams as far as the choosing of the right tube configuration for system performance and reliability is concerned. Besides, Aluminium fin tube can also be selected for lightweight and corrosion-resistant cooling applications based on similar dimensional factors. ‍‌‍‍‌‍‌‍‍‌

Copper Fin Tube – Dimensional Size Chart

Nominal Size (inches)	Temper	Outside Diameter (inches / mm)	Inside Diameter (inches / mm)	Wall Thickness (inches / mm)	Cross-Sectional Area of Bore (sq. inches)
1/4	Annealed (A)	0.250 / 6.35	0.190 / 4.83	0.030 / 0.76	0.0284
5/16	Annealed (A)	0.312 / 7.92	0.248 / 6.30	0.032 / 0.81	0.0483
3/8	Annealed (A)	0.375 / 9.52	0.311 / 7.90	0.032 / 0.81	0.0760
3/8	Drawn (D)	0.375 / 9.52	0.315 / 8.00	0.030 / 0.76	0.0780
1/2	Annealed (A)	0.500 / 12.70	0.430 / 10.92	0.035 / 0.89	0.1450
5/8	Annealed (A)	0.625 / 15.88	0.545 / 13.84	0.040 / 1.02	0.2330
3/4	Annealed (A)	0.750 / 19.05	0.670 / 17.02	0.040 / 1.02	0.3520

Heat Transfer System Functional Role: Copper fin tubes This is to improve heat removal through the combination of high conductivity copper tube and increased fin surfaces. This design will enhance the effective heat transfer surface, which enables quicker exchange of heat between fluids in the process and air around the cooling system; especially in air-cooled heat exchangers, condensers, and evaporators.

Construction Process and Integrity of Copper Fin: Such tubes are produced via mechanically bonded, embedded or extruded finning processes, based on operational conditions. Close fin-to-tube contact is achieved to minimize thermal contact resistance, and provide the same performance even under continuous cycling in temperature and air flow variations.

Copper Grades: The base tubes are manufactured using high conductivity copper grade like C11000 and C12200 according to the standards of ASTM. Selection is done based on the necessary conductivity, brazing compatibility, corrosion exposure and service temperature which makes them suitable in HVAC, industrial, and process cooling applications.

Operation and Service Characteristics: Copper fin tubes are also very resistant to internal scaling and stable at different flow rates and can be easily formed into coils. Their capacity to provide high thermal performance in low-size design features make them suitable in a system where space is of high priority and long life duration is essential.

Client Project Report of Copper Fin Tube

Product Supplied	Quantity	Cities (India)
Copper Fin Tubes for Industrial Air Coolers	176 Pieces	Ankleshwar
Copper Fin Tubes for HVAC Heat Exchangers	203 Pieces	Hyderabad
Copper Fin Tubes for Process Cooling Systems	169 Pieces	Daman
Copper Fin Tubes for Refrigeration Plants	194 Pieces	Nashik

Copper fin tubes are chosen in a system where high thermal conductivity and constant heat transfer is needed in long operating cycles. Height and fin geometry have direct influence on airflow interaction, pressure drop and general effectiveness of heat exchange surface. The grade selection is very important in corrosion resistance and compatibility with the working fluids. Perforated Fins are commonly considered in thermal design to review to improve the performance of air-side heat transfer when optimising airflow, and without raising tube length.