aluminum rod 1350 guoying

ALUMINIUM 1350 AND ALUMINIUM ALLOY RODS CHEMICAL COMPOSITION MECHANICAL AND ELECTRICAL PROPERTIES The aluminium alloy rod after redraw into the final diameter of wire and under controlled heat treatment will comply with the requirements as per ASTM B 398 and IEC 60104.

Aluminium Wire 1350/1370 for Electric Cable. EC Grade Aluminium wire rod 1350/1370 for electrical purposes. 1350 Aluminium Wire Rod, Used for Conductor 9.5mm. Aluminium Wire Rod AA1350 Electric Quality. Aluminium Wire Rod 1350H12. aluminum wire rod 1350 for transport vehicles. high tensile strength aluminum wire rod 1350.

Aluminum rod for electrical purposes meets or exceed the following ASTM specifications : B211Aluminum and Aluminum Alloy Bar, Rod and Wire B233Aluminum Rod, 1350H12, 1350H14, 1350H16 Drawing Stock. B398Aluminum Alloy 6201 Drawing Stock.

ALUMINUM ALLOY 1350 GENERAL DESCRIPTION: 1350 is among the EC or Electrical Conduction Alloys due to its high purity of 99.5 aluminum or more. Alloy 1350 is widely used in a number of electrical and other industries due to its conductivity and formability.

Aluminium Alloy 1350 has the minimum aluminium content of 99.5 . Alloy 1350 is a nonheat treatable and is the alloy of choice for electrial condutors. This alloy has excellent formability and corrosion resistance. Alloy 1350 is used in various applications but its main uses are electrical conductors pins, rods, and rivets.

This aluminium rod is one of our most popular products due to its light weight, its strength to weight ratio, excellent anticorrosion properties, and ease of machining, therefore, its uses are extremely varied and include precision turned parts, wheels and pulleys, fasteners, machine components. Order your aluminium round rod and bar from.

47 AAC AllAluminum 1350H19 Stranded Conductors. Physical and Electrical Properties for . Even kcmil Sizes 48 AAC AllAluminum 1350 of Various Hardnesses in Class B, C, and D Strandings. Physical and . Mechanical Properties 49 AAC AllAluminum 1350HI9 Compact Round Conductors. Physical and Electrical Properties