Thermal conductivity - Import export

We offer a wide range of rods, which are used for electroplating, switchgear, ship building and power generating equipment, as they are high-conductivity. On the other hand, they are widely used as radiator in electrical product, as its high- thermal conduction. They are produced that copper fluid is casting to the billet moulds and follows to the extrusion press, after that annealed rods are drawn, to be copper rods, 2000 mm to 6000 mm length, 10 mm to 175 mm diameter and they are according with TSE 435, DIN EN 12163 and DIN EN 13601. General properties material with minimum copper content 99.95%

The copper tubes manufactured by us are extensively used in AC & R (industry Air Conditioning and Refrigeration). Applications Of Copper Tube : Water distribution systems Chilled water mains Drainage and vent systems Heating systems(includingsolar) Fuel-oil systems Oxygen systems Non-flammable medical-gas systems etc. Some of the reasons for using copper in mechanical tube systems are: Versatility Easy to join and install Wide range of sizes Problem-free performance Long lasting and maintenance free Corrosion resistance High thermal conductivity An abundant resource

We offer a wide range of rods, which are used for electroplating, switchgear, ship building and power generating equipment, as they are high-conductivity. On the other hand, they are widely used as radiator in electrical product, as its high- thermal conduction. They are produced that copper upward casting and follows to the Continuous press, after rods are drawn, to be copper rods, 1000 mm to 6000 mm length, 10 mm to 90mm diameter and they are according with TSE 435, DIN EN 12163 and DIN EN 13601. General properties material with minimum copper content 99.95%

We offer a wide range of rods, which are used for electroplating, switchgear, ship building and power generating equipment, as they are high-conductivity. On the other hand, they are widely used as radiator in electrical product, as its high- thermal conduction. They are produced that copper fluid is casting to the billet moulds and follows to the extrusion press, after that annealed rods are drawn, to be copper rods, 2000 mm to 6000 mm length, 10 mm to 175 mm diameter and they are according with TSE 435, DIN EN 12163 and DIN EN 13601. General properties material with minimum copper content 99.95%

For use in high buildings and business centers. To use in window, balcony and room seperations. 3 mm Wall - thickness; A Class Extra Profile Depth Frame Profiles: 91 mm Extra Profile Depth Sash Profiles: 91 mm Triple sealing system Smart profile geometry, aesthetics, functionality, and extra chamber: 7 chambers Extra peace. Improved sound isolation by different acoustic glass applications: 44 dB Suitable for 24 mm – 32 mm – 44 mm glazing and panel. High strength provided by reinforcement profiles with high moment of inertia. Increased energy saving. Have more water-wind load resistance, and have more water and air leakeages. Very high energy saving; optimal living spaces warm in winter, cool in summer. Very Low Profile Thermal Conductivity Coefficient Uf = 1,1 W / m² ° K, Very Low Window Thermal Conductivity Coefficient Uw = 0,97 W / m² ° K, (with triple glazing Ug = 0.6 W / m² ° K) Prevents heat losses due to glass in large size windows.

For use in high buildings and business centers. To use in window, balcony and room seperations. 3 mm Wall - thickness; A Class Extra Profile Depth Frame and Mullion Profiles: 81 mm Extra Profile Depth Sash Profiles: 91 mm Triple sealing system Smart profile geometry, aesthetics, functionality, and extra chamber: 6 for frame and mullion and extra chambers: 7 for sash profiles. Extra peace. Improved sound isolation by different acoustic glass applications: 44 dB Suitable for 24 mm – 32 mm – 44 mm glazing and panel. High strength provided by reinforcement profiles with high moment of inertia. Increased energy saving. Have more water-wind load resistance, and have more water and air leakeages. Very high energy saving; optimal living spaces warm in winter, cool in summer. Very Low Profile Thermal Conductivity Coefficient Uf= 1,2 W/ m² ° K, Very Low Window Thermal Conductivity Coefficient Uw= 1,0 W/ m²