Description

Our product range includes Connectors & Accessories, Heat Shrinks, Low Voltage Cable Accessories, Medium Voltage Cable Accessories and High Voltage Cable Accessories as well as training engineers and technicians in our advanced training center.

• Electrical conductivity is a measure of how well a material conducts an electric charge.
• This is the basic property of electrical wiring systems.
• Copper has the highest electrical conductivity rating of all non-precious metals

Why is it preferable to use copper instead of aluminum?

• Copper has a specific electrical resistance and this difference is very important for power transmission cables.
• Copper is much better resistant to corrosion as it is a protective layer and does not compromise performance.
• Copper resists relaxation at the same temperature
• Copper is one of the easiest weldable metals and this is an advantage for many applications that need good conductivity and joint strength.
  Copper does not react with water.
• Copper is available in very low sections. And copper cables are easier to install and repair

Product characteristics:

• Precision manufacturing and seamless construction for a smoother internal flow makes them more robust than welded tubes
• The copper tube is solid and sturdy in quality, very sturdy and has a nice shiny look
• The copper tube has high pressure resistance, temperature resistance, corrosion resistance and resistance to external forces
• It has good mechanical properties, good machinability, so it can be easily welded.
  Copper pipes are used to transport liquids, air or solid materials and are characterized by being round and hollow.
• The installation is perfect.
• Compared with welded pipes, the internal flow is more uniform and the fracture strength is higher.
• It is corrosion resistant, has a higher hardness, and can be used for pipes, model building, model railroads, ships, architectural design, engineering, and school projects.