Anodal® SUAC
Aluminum Chemical
Anodal® SUAC
Aluminum Chemical
Edition Date :
March 31, 2020
Anodal®
SUAC is used on a large scale in anodic integral coloring processes.
The function of
Anodal®
SUAC is to regulate the current potential characteristic and the
redissolving power of the oxide layer.
The colors produced by this anodic process are outstandingly resistant to light and weathering.
Colors range from bright bronze to black, depending on the alloy.
Colors range from bright bronze to black, depending on the alloy.
Benefits
- Diluable with water in any proportion
- Outstanding resistance to light and weathering
Product Data
| Delivery form | Odourless liquid of low viscosity and pale reddish to brownish colour |
| Chemical character | Mixture of the isomers of 3- and 4-sulphophthalic acid in aqueous solution; anionic |
| Density at 20 °C | 1270 kg/m3 |
| pH values 10g/l at 20°C | ~ 2 |
| Diluability | Diluable with water in any proportion |
| Storage stability | At least 5 years in closed original containers at 5°C to 30°C |
Applications
Anodal SUAC is used on a large scale in anodic integral coloring processes. The distinctive feature of these processes is that the color is produced in the oxide film itself as it is formed on the metal. The color is due to elementary inclusion of the components of the alloy (e.g. Si, Mn, Cu or Cr) in the coating and to the use of special electrolytes.The function of Anodal SUAC is to regulate the current potential characteristic and the redissolving power of oxide layer. The colors produced by this anodic process are outstandingly resistant to light and weathering.
Documents
Download File
Please enter your contact details and the file will start downloading immediately after your details have been submitted. This only has to be done for the first file you download on this site. Thank you for your understanding.
Personal Information
Request to Clariant
Please enter your contact information so we are able to process your request. Thank you for your interest.
Mark Self
Contact Person
