Main Cord

PHYSIOTRACK MAIN CORD FOR PHYSIOTHERAPY MACHINE

PHYSIOTRACK MAIN CORD FOR PHYSIOTHERAPY MACHINE

PHYSIOTRACK MAIN CORD FOR PHYSIOTHERAPY MACHINE FEATURES :-

• Electrical conductivity
• Tensile strength
• Ductility
• Strength and ductility combination
• Creep resistance - the copper does not change a lot because of heat.
• Corrosion resistance
• Coefficient of thermal expansion
• Thermal conductivity
• Solderability
• Ease of installation

Our Main cord uses Copper wire is an essential component of electrical cables and wiring due to its high conductivity and strength. It has the ability to efficiently transmit electrical signals. This has made it a popular choice for a wide range of applications, from household electrical wiring to complex communication networks.

Copper wire is a versatile and essential component of electrical cables, with applications in a wide range of industries. With so many different types of copper wire available, determining which type of wire is best for your specific application can be difficult. You can make an informed decision and choose the best wire for your needs if you understand the key characteristics and applications of the various types of copper wire.

PHYSIOTRACK MAIN CORD FOR PHYSIOTHERAPY MACHINE

PHYSIOTRACK MAIN CORD FOR PHYSIOTHERAPY MACHINE

WHY CHOOSE COPPER CABLE FOR YOUR NETWORK CABLING OR FOR ANY MACHINES ?

1. COPPER IS THE BEST CONDUCTOR = EFFICIENT. Copper has the highest electrical conductivity rating of all non-precious metals (100%). Electrical conductivity is a measure of how well a material transports an electric charge. Aluminum for example only has 61% of the conductivity of copper.
2. COPPER IS FLEXIBLE. The inherent strength, hardness, and flexibility of copper building wire make it very easy to work with. Even though it has some flexibility, it doesn’t lose any toughness. It is not brittle when you bend it, so it will not crack or break.
3. SAFETY. It really takes a lot to melt a copper wire (at least 1981.4ºF /1083.0ºC). In terms of safety, copper is going to be one of your best options. If an overload or surge comes through the wire, it is not likely to melt or burn. This means that your odds of a fire starting as a result of a power problem are going to be greatly decreased.
4. COPPER STAYS PUT. When materials other than copper are used to wire things, they can sometimes loosen where they are connected and come unattached. This can lead to some seriously dangerous conditions when it comes to electrical wiring.
5. COMPATIBILITY. Not having copper wiring can cause incompatibility problems in the future. For example, most appliance and electrical equipment manufacturers specify that copper wire is in all of their products.

Quality of the material: How important is a good buy?

Generally, the wires and cables come in two materials like aluminum and copper. Undoubtedly copper is the go-to material, because of its electrical conduction. Electrolyte grade copper is the best-conducting material, in terms of budget and more conductivity with 100% low resistance. Aluminum is most preferred for the super high voltage which is carried for a long distance. Aluminum is vividly used in the making of electrical power cables. By making a good purchase, you will be avoiding problems in the future. They are power outages, short circuits, or fires, in cases where the energy that passes through the conductors is more significant than they can handle.