SAMPLES
BASE
SAMPLES BASE
SIDE ARC
This Samples contains the most requested colors and finishes with Silver, Bronze, Dark Brown, Steel, Black Electrocoloring, with Chemical Brushing finish ARC.
Codes containing -L also represent the Anti-Scratch Treatment.
The SANDBLASTED SILVER code represents the Shotblasted Finish.
Codes containing -L also represent the Anti-Scratch Treatment.
The SANDBLASTED SILVER code represents the Shotblasted Finish.
SAMPLES BASE
SIDE ARS
This SampleS contains the most requested colors and finishes with Silver, Bronze, Dark Brown, Steel, Black Electrocoloring, with Brushed Satin finish ARS.
Codes containing -L also represent the Anti-Scratch Treatment.
The ARGENTO SABBIATO code represents the Shotblasted Finish.
Codes containing -L also represent the Anti-Scratch Treatment.
The ARGENTO SABBIATO code represents the Shotblasted Finish.
COLORS
- SILVER ANODIZING:
1B - BRONZE ANODIZING:
Champagne, 2B, 3B, 4B, 5B, 6B - ELECTROCOLORING:
C32, C325, C33, 3A, C335, 4A, 5A, 6A. 7A - STEEL EFFECT ELECTROCOLORING:
Acciaio-Chimico, Acciaio-Acciaio
FIXINGS
TREATMENTS
ANODIZING
OXIDATION CLASSES
Anodic oxidation is an electro-chemical process whose purpose is the formation, on the surface of aluminum products, of an oxide film. This film protects the underlying layers from the action of atmospheric agents and must therefore have a suitable thickness and related to the environment in which the products will be destined and their use.
NECE Technical Specifications
- The finishes are made on industrial plants and comply with European standards relating to anodic oxidation processes on aluminum profiles.
- The colors and their shades in this samples are purely indicative.
- We do not accept disputes on cut, processed and assembled materials. The customer is required to check the materials before processing.
- The customer is required to ask for confirmation on codes and colors. NECE reserves the right to vary the finishes and colors without prior notice.
- Mechanical factors, which are not completely controllable by the process and oxidation, such as the type of profile, its heat treatment, the composition of the alloy, the finish and its chemical reactivity, influence the color.