C12200 Copper Fin Tube High Phosphorus Deoxidized Copper Excellent Thermal Performance Manufacturer In India

Name: C12200 Copper Fin Tube High Phosphorus Deoxidized Copper Excellent Thermal Performance Manufacturer In India
Brand: Timex Metals
Availability: InStock
Rating: 4 (1 reviews)

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

C12200 Copper Fin Tube Used for Efficient Heat Transfer with Enhanced Tube Surface Supplier in India

Timex Metals is known to provide high performance heat transfer solutions which are designed to suit industrial demanding requirements. The company is a trusted C12200 Copper Fin Tube Manufacturer with emphasis on thermal efficiency, longevity, and dimensional consistency providing a product that is effective in its use in heat exchangers, condensers, HVAC systems, and power plants. The fin tubes are appreciated due to high thermal conductivity, high corrosion resistance, and stability in high temperature as well as high pressure conditions.

C12200 Copper Fin Tube – Product Specification Table

Fin Material	Fin Grade	Base Tube Material	Base Tube Grade	Tube OD (mm)	Wall Thickness (mm)	Fin Height (mm)	Fin Pitch (FPI)	Approx. Weight (kg/m)
Copper	DHP Copper	Copper	UNS C12200	19.05	1.24	8	12	1.65
Copper	DHP Copper	Copper	UNS C12200	25.4	1.65	9	11	2.45
Copper	DHP Copper	Copper	UNS C12200	31.75	2.11	10	10	3.55
Copper	DHP Copper	Copper	UNS C12200	38.10	2.41	12	9	4.90
Copper	DHP Copper	Copper	UNS C12200	50.80	2.77	14	8	7.20

Application & Thermal Role: C12200 Copper Fin Tubes are very popular in HVAC devices, residential fridges, air coolers, as well as industrial heat exchangers that require a high thermal conductivity. The extended fin surfaces and copper base tube allow a quick heat transfer which enhances the overall system efficiency both when cooling and heating.

Quality & Fin Bonding: Manufacturing. These fin tubes are produced with very fine fin shapes which are kept closer to the copper tube surface and this provides good heat transfer of the process fluid with the surrounding air. Managed fin geometry and spacing are part of known similar performance in thermal and pressure drop across the exchanger.

Material Grade – C12200 Copper: The base tube is made out of phosphorus-deoxidized copper ASTM B88 / UNS C12200 copper. It has a great resistance to corrosion, decent formability, and high thermal conductivity, hence, it can be brazed, welded, and serve a long service life in heat transfer systems.

Other Characteristics of Performance: C12200 Copper Fin Tubes offer good performance in changing temperature environments, internal scaling resistance and compact heat exchanger designs. They are favoured due to their longevity, easy fabrication, and the possibility of using them with aluminium or copper metal-fins, which are intended to be used in continuous-duty industrial and commercial cooling systems.

Client Project Report of Fastener

Product Supplied	Quantity	Cities (India)
C12200 Copper Fin Tubes for HVAC Systems	168 Pieces	Ahmedabad
C12200 Copper Fin Tubes for Heat Exchanger Coils	207 Pieces	Chennai
C12200 Copper Fin Tubes for Refrigeration Units	181 Pieces	Pune
C12200 Copper Fin Tubes for Industrial Cooling Lines	194 Pieces	Faridabad

The product lines also cover C11000 Copper Fin Tube, a product that is largely adopted in the system where excellent electrical and thermal conductivity is needed and the system is supposed to have a long service life. These finned tube solutions facilitate an energy-saving performance and limited maintenance of industrial systems. Industrial buyers are finding it increasingly convenient to use a reliable B2B Platform in order to simplify the sourcing process and other bulk procurement activities so that they can be assured of the same consistent quality products, approved specifications, and to effectively carry out the project successfully.