Pyrosil Primer System
The PYROSIL® Process is based on the flame-pyrolytic deposition of amorphous silicon dioxide on a substrate material, and thus a type of silicate coating. The surface to be treated will be fed through a gas flame which is doped with a silicon-containing precursor material (PYROSIL®). The PYROSIL®, also referred to as the precursor, burns in the flame and deposits on the surface in a very thin but dense and firmly adhering silicon oxide coating (5 – 100 nm). Due to the short flame-substrate interaction the material’s surface temperature remains moderate. Thus, the PYROSIL® Process is suitable not only for glass, ceramics or metals but also outstanding for plastics.
Structured, strongly enlarged surfaces with improved chemical bonding opportunities can be treated effectively and cost-efficiently with the PYROSIL® Process.
Description
The PYROSIL® Process is based on the flame-pyrolytic deposition of amorphous silicon dioxide on a substrate material, and thus a type of silicate coating. The surface to be treated will be fed through a gas flame which is doped with a silicon-containing precursor material (PYROSIL®). The PYROSIL®, also referred to as the precursor, burns in the flame and deposits on the surface in a very thin but dense and firmly adhering silicon oxide coating (5 – 100 nm). Due to the short flame-substrate interaction the material’s surface temperature remains moderate. Thus, the PYROSIL® Process is suitable not only for glass, ceramics or metals but also outstanding for plastics.
Structured, strongly enlarged surfaces with improved chemical bonding opportunities can be treated effectively and cost-efficiently with the PYROSIL® Process.
Additional information
| Variation | FB25 device (with 110 g cartridge), MGK refill for FB25 (110 g) |
|---|
