Copper Tube Heat Exchangers:


Copper tube Heat exchangers are devices that transfer heat in order to achieve desired heating or cooling. An important design aspect of heat exchanger technology is the selection of appropriate materials to conduct and transfer heat fast and efficiently. these are many desirable properties for thermally efficient and durable heat exchangers. First and foremost, copper is an excellent conductor of heat. This means that copper’s high thermal conductivity allows heat to pass through it quickly.


Copper  tube Heat Exchanger
http://Copper Tube Heat Exchangers

Principles of Copper tube heat exchangers alloy tube and pipes, such as Al-brass, 90-10 Cu-Ni and others are widely used in tubular heat exchangers and piping systems. The medium flowing through the tubes is in general seawater, brackish water or fresh water. Under unfavourable conditions chloride-containing water can initiate corrosion on tube and plate material, particularly if the water is polluted or contains solid particles. In such cases suitable counter-measures should be applied. these tubes are made with non-toxic, low temperature allow based on the cunning system, it can be brazed in the same vacuum and controlled atmosphere furnaces used for aluminum radiators and at the same temperature .

Materials : Phosphorus Deoxidized Copper and Oxygen Free Copper, Density: 1400 – 1500 kg/m³, Elongation: 207 %, Breaking strength: 14 N/mm 2, Maximum working temperature: +95°C, Minimum bending temperature: -10°C

Specification : Size -(OD) 4mm to 25.4mm, Thickness – 0.27mm onwards, Weight – 80kg – 100kg – 150kg – 200kg – 250kg – 300kg – 500kg, Standard – ASTM B88

Features : The unit is designed in mobile for easy use during generator load testing, electrical and marine load testing, Digital metering, Large load capacity, Durable, Sturdy, High performance.

Advantages : PVC-coated copper tubes are: major reduction of heat loss, prevention of burns in users, PVC coating protects copper tubes from aggressive environments and prolongs its service life. Plastic insulation layer is elastic and enables bending and all other working operations during installation.

Applications : Air conditioner & refrigeration, Handling of Water tube service & distribution, Handling of Fire Protection, Handling of Solar, Fuel/Fuel Oil, Handling of Natural Gas, Handling of Liquefied Petroleum (LP) Gas, Handling of HVAC, Drain, Vent Piping, Re-drawing Use, Heat Exchange Use, Sanitary waste water drainage, Wet central heating systems, Under-floor heating.