the main components of the metal anode

- Sep 18, 2017-

Titanium copper composite rod, also known as titanium copper, copper rod is coated with a certain thickness of the titanium layer, the main components of the metal anode. It combines the excellent conductivity of copper and the excellent corrosion resistance of titanium. It is mainly used in the electrolysis, electroplating, hydrometallurgical and metal anodic electrolytic cells under the condition of strong corrosion conditions. It plays the role of copper Material excellent electrical conductivity, on the other hand to play the coating material corrosion resistance, is a high quality electrode material. Ai Li Ai produced composite rod composite strength of 135Mpa, tensile shear strength of 180-260Mpa, with good electrical conductivity, composite rod micro-resistance of 7.77 × 10-6Ω, can significantly reduce the electrolyte, plating solution pollution, energy saving Consumption, improve the environment, energy saving and environmental protection for the electrode material. And according to user requirements to produce different specifications of the round, drum, square, flat and other composite bar, but also for different shapes of bending and welding.

Titanium-copper composite bar performance: titanium copper composite rod as a metal anode of the main components, its role has the following three points:

A: support the anode; titanium copper composite rod has a certain strength and bending resistance, composite bar yield strength of 128MPa, fully meet the production design requirements.

Two: excellent conductivity; the use of explosion + rolling production process so that titanium can be completely close composite, does not produce delamination and therefore has good electrical conductivity, composite strength of 135Mpa, and micro resistance of 7.77 × 10-6Ω.

Three: corrosion resistance, titanium copper composite rod directly with the outer layer of contact with the electrolyte, the outer layer of titanium has excellent corrosion resistance (see table), its life than other materials electrode 10 times longer.