Copper Coil

Copper Coil is one of the best conductors of electricity and heat. Copper coils are used mainly because of their heat and electric conductivity and because of low failure rate as compared to other materials. The former is relatively easy to operate and install in a structure, and the latter is utilised in many structures. 

Features of Copper Coil

Copper coils are renowned for their superior features; here are some listed below:

• Exceptional Conductivity: Copper Coil is a good conductor of electricity and heat hence can be used as a medium of transporting energy in electrical wiring and heat exchanging. 
• High Ductility and Malleability: Copper is also very ductile and malleable and thus the coils can be bent and shaped without breaking them hence they are easy to install and can be bent to fit in different places. 
• Corrosion Resistance: Copper coils do not corrode or oxidize when coated or alloyed and thus they are long lasting and effective in use. 
• Thermal Stability: Temperature characteristic of copper is fairly good and therefore it is used in areas where high temperatures are expected or where the temperatures fluctuate. 
• Strength and Durability: The copper coils are very strong and very durable to enable it to withstand mechanical loads and physical shocks. 
• Recyclability: The coppers used in this process are 100% recyclable and the old coils that were used in this process can be recycled and reused hence making the process environmental friendly. 
• Non-Magnetic Properties: Copper coils are non-inductive therefore they are used where magnetic field cannot be allowed Copper coils do not affect magnetic fields. 
• Excellent Machinability: Copper is easily machinable and that is why it is easier to cut and to fashion it into the required design or size especially where there are specific requirements and designs. 

Therefore, copper coils are the basics in many industries for their best and steady performance. 

Applications of Copper Coil 

Copper coils are preferred in almost all industries because of their conductivity and functionality in different vital operations. 

• Electrical Wiring: Copper coils are usually applied for electrical wiring and cables due to their high conductivity that guaranties the right transmission of electrical power. 
• HVAC Systems: In HVAC systems, copper coils are used in heat exchange and condenser for cooling and regulation of temperatures. 
• Transformers and Inductors: Copper coils are used in transformers and inductors for the purpose of energy transfer and for the production of the magnetic fields in the circuits. 
• Automotive Industry: Copper Coils are employed in car accessories such as the radiators, cooling systems and other parts of the car. They assist in regulation of heat and temperature. 
• Refrigeration Systems: Copper coils are essential in refrigeration systems, where they function as evaporators and condensers to cool and exchange heat. 
• Telecommunications: Copper Coil is superior electrical conductivity copper coils are used in parts and devices which are used for signal and data transfer in telecommunication devices. 
• Architectural Applications: Copper coils' outlook and durability make them suitable for use in architectural and ornamental fields such as roofing and façade. 

This is so because copper coils are very effective in their operations and hence can be used in different fields.