Electroplating Electrolysis Zinc anode 99.9% pure Sheet metal plate 10x200x100-10x200x1000mm
Electroplating electrolysis zinc anode 99.9% pure sheet metal plate 10x200x50-10x200x1000mm
The tolerance for the width and length of a sheet metal blank is +/-2mm
Description:
The advantages of using the zinc anodes are that it can improve the physical properties and increase the electrical conductivity of the material. When galvanizing, a thin layer of zinc is formed on the steel surface, which protects metals and structures from corrosion, moisture and premature wear. The chemical element zinc increases the strength of the protected material. The zinc provides active and passive protection against corrosion, ie on the one hand it forms a barrier and on the other hand it also protects exposed adjacent iron surfaces and layer defects from corrosion by acting as a sacrificial anode.
Store zinc anodes indoors, away from active chemicals and moisture. Products should not be subjected to any mechanical stress. If the transport and storage conditions are observed, zinc anodes retain their original properties.
At room temperature, cast zinc is brittle, at 120 °C it becomes malleable.
Properties of zinc anodes:
- Easy to use
- High formability
- 100% recyclable
- corrosion resistance
Main Application of Zinc Anodes:
- microelectronics industry
- mechanical engineering
- electroplating
- Industry
In our online shop Auremo you will find pure zinc anodes at a reasonable price. If you have any questions during the purchase, please contact us and customer service will be very happy to help you.
Technical specifications:
Brand: | auremo |
Manufacturing Country And Region: | Germany |
Manufacturer number: | Not applicable |
Type: | anode, plates |
Material: | Zinc 99% |
Norm classifications: | |
GOST: | 118091 |
Brand: | Ts0 |
Mechanical properties (reference values at 20°C):
Modulus of elasticity GPa | bulk modulus GPa | shear modulus GPa |
108 | 70 | 43 |
Physical properties (approximate values at 20°C):
Density g/cm3 | Melting point °C | Boiling point °C | Thermal conductivity W/(mK) | Electrical conductivity MS/m |
7.1 | 420 | 907 | 120 | 16.7 |