Copper Tube is Economical and Eco-friendly
The air-conditioning and refrigeration market is a growing and increasingly significant user of copper.
Copper tubes have been used for many years in all types of heat exchangers. Responding to market needs and regulatory goals, innovative thinking from the copper industry has reshaped the traditional heat exchanger into a resource efficient, eco-friendly and cost-effective unit.
Small diameter copper tube packs all the advantages of copper into more compact, more efficient heat exchanger coils, reducing the cost of high efficiency air conditioners and refrigerators.
Using proven, cost-effective copper fabrication processes and familiar assembly techniques, suppliers and manufacturers are already producing new commercial and residential air conditioning and refrigeration products based on small-diameter MicroGroove copper tubing.
- Cost-effective fabrication and assembly
- Smaller size, less weight and lower material costs
- Higher heat transfer coefficients
- Well-suited for new refrigerants
- Uses less refrigerant
- Overall reduction in system cost.
Energy efficiency: reducing the diameter of copper tubes in coils provides an economical path to energy efficiency for air conditioning and refrigeration (ACR) products.
Less material: tube-diameter reduction results in more effective heat transfer and consequently smaller, lighter coils. Less tube and fin material could provide equivalent heat transfer or more heat transfer; or the same material could provide much more heat transfer.
Less refrigerant: a dramatic reduction in refrigerant volume is a further benefit of copper tubes.
Durability: coils made of copper tubes and aluminium fins (CTAF) or copper tubes and copper fins (CTCF) are durable and dependable. They set the industry standard for corrosion resistance and long, reliable service life.
Familiarity: tube suppliers, OEMs, mechanical systems engineers and HVAC contractors are all highly familiar with CTAF technology. Up and down the value chain, the materials and processes are well understood.
The same or better performance can be achieved with less tube and fin material. In other words, more heat can be dissipated with less material. Less tube, more heat! Technically speaking, a coil made with smaller diameter tubes can be designed with a higher ‘heat transfer coefficient’ compared to a coil made with larger diameter tubes.
Condenser coils with round copper tubes and aluminium fins have been a winning combination for ACR coils for many years. Manufacturers enjoy the assembly advantages provided by these components while technicians find it easy to join and repair copper tubing in the field. More importantly, this well established technology has a proven record of durability in the field resulting in a high level of customer satisfaction.
Smaller diameter tubes allow for more effective heat transfer.