• Metal-glass / ceramic-metal / ceramic-ceramic closure
• Bake-out and emptying for vacuum applications
• Inert gas filling
• Various welding and soldering processes: Laser and resistance welding, vacuum and filler gas brazing

Parylene coating can significantly improve the functional reliability of electronic components. It is often the ideal solution for protecting high-quality components. The coating is deposited on the substrate in a vacuum by resublimation from the gas phase as a non-porous and transparent polymer film.

The commonly used term parylene or parylene is the abbreviation for the chemically correct term poly-para-xylylene. Parylene is characterized by an extraordinarily high resistance to almost all aggressive media and solvents. The water permeability is extremely low, even with minimal layer thickness. In addition, the plastic's resistance to ageing is very high.

Completely conformal coating - In contrast to coatings applied in liquid form, Parylene also reaches areas of the component from the gas phase that remain inaccessible to liquids.

A coating with Parylene can be considered if:

• Electronic components must meet the highest safety and durability requirements,
• Components are exposed to extreme environmental conditions,
• Aggressive media must not cause any damage,
• Must not oxidize metals,
• Good sliding properties and low abrasion are important,
• Highest performance and certifications according to US MIl and US NBC are required,
• Safety-relevant applications according to UL (Underwriters Laboratories) are realized,
• Parylene continues to be approved by FDA and USP (United States Pharmacopeia) Class VI.