For more information about SILITEC Shield and how you can best use it, contact us!
SILITEC Shield© is a surface coating obtained through high-energy but low-temperature plasma.
This amorphous silicon coating, transparent or semi-transparent, provides abrasion, scratch, and corrosion resistance.
It effectively protects metals and plastics from scratches and wear while also acting as an excellent anti-oxidation barrier—all without significantly altering the object’s aesthetic appearance, unlike transparent paints or similar coatings.
Deposition method
SILITEC Shield is obtained through plasma-assisted chemical vapor deposition (PECVD or PACVD), with process temperatures that remain slightly above room temperature.
Objects are placed on specially designed supports and inserted into a vacuum chamber (at 10⁻³ mbar pressure), then saturated with gases, including silyl ethers and oxygen, which are ionized in a plasma state to form a homogeneous coating that can also penetrate undercuts and cavities.
The SILITEC Shield film bonds to the substrate through double bonds (for metals) or plasma grafting (for polymers).
This ensures exceptional adhesion, making it impossible for a properly applied silicon oxide coating to peel or degrade over time.
As a result, objects become protected from scratches, abrasion, corrosion, and oxidation by a homogeneous layer of amorphous quartz, securely bonded to the substrate without altering its appearance.
Key features of SILITEC Shield©
- BIOCOMPATIBLE & NON-TOXIC: SILITEC Shield is biocompatible and completely non-toxic. It is also bacteriostatic, meaning it prevents bacterial growth.
- PREVENTS METAL ALLERGIES: SILITEC Shield can be applied to high-nickel alloys, allowing sensitive individuals to wear watches and jewelry without allergic reactions.
- HIGH SCRATCH AND WEAR RESISTANCE: The coating provides strong resistance against scratches, abrasion, and corrosion.
- LONG-LASTING PROTECTION: Unlike paints or lacquers, SILITEC Shield does not peel or degrade over time.
- CHEMICAL RESISTANCE: The SiOx-based film is highly resistant to acids, alkalis, solvents, and UV radiation.
SILITEC Shield© technical specifications
| Gases Used: | Inert gases, silyl ethers, oxygen |
| Max Process Temperature: | max. 60 °C |
| Thickness: | da 1,0 um a 5,0 um |
| Minimum Hardness: | 800 Hv |
| Refractive Index: | da 1,4 a 1,6 |
| Biocompatibility: | Yes |
| Coating Type: | quarzo modificato a:SiOx |
| Structure: | X-ray amorphous |
| Chemical Resistance: | Fully resistant to acids, alkalis, solvents, and UV rays |
| Color: | Transparent |
SILITEC Shield©: Advantages
SILITEC Shield© is a plasma coating with unique properties, making it ideal for various applications.
Key benefits of SILITEC Shield©:
- Transparent protective coating
- Effective protection against abrasion and scratches
- Prevents corrosion and oxidation
- Advanced protection against atmospheric, chemical, and organic agents
- Highly uniform and durable
- Bacteriostatic properties
- Fully biocompatible and environmentally friendly
Applications of SILITEC Shield©
SILITEC Shield © can be used in a variety of industries, thanks to its versatility:
- Metal protection: Prevents oxidation and corrosion.
- Plastic protection: Shields transparent plastics from yellowing and UV damage.
- Scratch-resistant coatings: Protects hard plastics such as displays and observation windows.
- Anodized surfaces: Provides additional corrosion protection.
- Extreme environments: Shields non-noble materials in aggressive conditions.
Industries using SILITEC Shield©
SILITEC Shield© is widely applied in multiple industries:
- Bathroom & Kitchen Fixtures n: Protection against scratches and corrosion.
- Electronics & Displays: Scratch-resistant coatings for screens and observation windows.
- Toys: Abrasion and scratch protection.
- Aerospace: Corrosion resistance for satellite and aerospace components.
- Marine Industry: Protection from salt corrosion.
- Automotive: Interior scratch protection and corrosion resistance.
- Jewellery & Watches: Quartz-like appearance, prevents allergic reactions.