2022 Copper Tube Aluminum Fins Condenser

• Condensation Forms: Air-Cooled
• Refrigerant: CF2Cl2
• Type: Steam Condenser
• Material: Copper
• Structural Form: Horizontal
• Heat Transfer Mode: Regenerative
• Model NO.: FP-600
• Form: Tube Fin
• Application Field: Petrochemical Industry
• Certification: RoHS, ISO, CE
• Condition: New
• Product Name: Copper Tube Aluminum Fins Condenser
• Fin Material: Copper, Aluminium, Stainless Steel
• Design Serice: Be Viable
• Fin Surface: Bare Fin, Hydropjilic Fin, E-Coating
• Plate Material: Copper, Aluminum, Stainless Steel
• Fin Thickness: 0.105mm-0.4mm
• Liquid Flow Rate: 2.5m/S
• Tube Type: Smooth Tube, Thread Tube
• Maximum Working Pressure: 3.0MPa
• Tube Thickness: 0.35mm
• Transport Package: Customerized Packing
• Specification: ROHS, ISO, SGS
• Trademark: shenglin
• Origin: Shanghai, China
• HS Code: 8415909000
• Production Capacity: 9000 Unit/Units / Month

Product Description

Copper tube aluminum fins condenser
Technology:
1. The fins produced are of vry high standard of quality having flare position made of plain,
Wave type.
2. The edge of fins can be straight or ripple depending upon application.
3. All the coils are 100% tested for leakages and passed through the heating oven with ht air circulation for inside and ourtside cleaning and charged nitrogen.
4. The mechanical bullet expansion of copper tube to fin ensures efficient heat transfer of co-densers and evaporators.
5. The row material of excellence: We source only the best quality raw material from aroud the world, , to manufacture heat exchangers that are of globally acceptable standards.
6. Plain copper pipe of 7mm, 7.94mm, 9.52mm and 12.75mm diameter.
7. Aluminum foil in blu color with hydrophilic and bio(Health) properties.

Product application ranges:

1.Commercial air conditioner     

2.Refrigerator        

3.Transportation
4.Fan coil                    

5.Display cabinet    

6.Refrigerated vehicle
7.Air conditioner's handling unit  

8.Ice maker       

9.Refrigerated container

10.Moisture eliminator          

11.Drink machine    

12.Other industry, such as Desalination, chemical etc

 

Item	Condensers Type	Operation medium	Operation pressure ( MPa )	Application
1	Φ 16/Φ 9.52/Φ 12.7 Copper tube with aluminium fin	Cold/hot water	≤ 1.6	Used for combined air handling unit, fan coil etc air conditioning devices
2	Φ 18/Φ 20 Steel pipe winding with steel sheet	Steam	≤ 0.2	Used for combined air handling unit, fan coil etc air conditioning devices
3	Φ 16/Φ 9.52/Φ 12.7 Copper tube with aluminium fin	Brine	≤ 1.6	Used for heat transfer in cold storage and all kinds of low temperature systems
4	Φ 9.52/Φ 7.94/Φ 7 Copper tube with aluminium fin	Ethylene glycol	≤ 1.6	Used of energy recovery and low temperature system devices
5	Φ 16 Copper tube with aluminium fin	Ice mud	≤ 1.6	Used for dry operation condition, fresh air dehumidification etc systems
6	Φ 9.52/Φ 7.94/Φ 7 Copper tube with aluminium fin	R22	≤ 1.9	Used for industry and commerce air conditioning system
7	Φ 9.52/Φ 7.94/Φ 7 Copper tube with aluminium fin	R407C	≤ 1.9	Used for industry and commerce air conditioning system
8	Φ 9.52/Φ 7.94/Φ 7 Copper tube with aluminium fin	R134a	≤ 3.1	Used for vehicle and vessel etc transportation devices

 

Fin Pattern	Copper Tube O.D.(mm)	Row Space(mm)	Hole Space(mm)	Fin Thickness(mm)	Fin Space(mm)
					Flat fin	Sine wave with blade fin	Smooth sine wave fin	Window fin	Sesamoid fin
A	7	12.7	21	0.105	/	/	1.3	1.3	/
B	7	13.2	17.6	0.105	/	/	1.3	1.3	/
C	7	12.7	20.4	0.105	/	/	1.3~1.8	1.3~1.8	/
D	7.94	15.88	25.4	0.105	1.8~3.0	1.8~3.0	1.8~3.0	1.8~3.0	/
E	7.94	19.05	22	0.105~0.13	1.4~3.0	1.4~3.0	1.4~3.0	1.4~3.0	/
E	9.52	22	25.4	0.105~0.15	1.6~3.2	1.6~3.2	1.6~3.2	1.6~3.2	/
F	9.52	22	25.4	0.18~0.4	3.5~6.35	/	/	/	/
G	9.52	21.65	25	0.105~0.18	1.6~3.2	1.6~3.2	1.6~3.2	1.6~3.2	/
H	9.52	21.65	25	0.15~0.24	3.2~6.35	3.2~6.35	3.2~6.35	/	/
I	12.75	27.5	31.75	0.115~0.15	1.5~3.5	1.5~3.5	1.5~3.5	1.5~3.5	1.6~3.2
J	15.88	33	38.1	0.115~0.15	1.5~4.0	1.5~4.0	1.5~4.0	/	/
K	15.88	34.64	40	0.115~0.15	/	2.6~3.5	2.6~3.5	/	/

Pls don't hestitate to contact me:

Ms. Diana Han