Applications:

* Ferrite cores: Insulation and wiring protection
* Rare earth magnets: Corrosion resistance and insulation
* Printed circuit boards (PCB): Insulation and moisture barrier properties
* Sensors: Gas barrier and chemical resistance
* Rubber parts: Lubricity and chemical resistance
* Catheters and Guide wires: Lubricity and chemical resistance
* Implants: Corrosion resistance and allergy prevention
* Premier coating for critical applications
Aerospace electronics, Space exploration,
Military devices, Automotive electronics and Sensors,
Medical devices and electronics,
Flat panel displays, Micro-machines(MEMS)

Key features of parylene coating:
- Conformal coating			- Waterproof electronics			- Electronic coating
- Thin film coating			- Water resistant coating			- insulation thin film
- Optical thin film coating			- Waterproof coating			- Splash-proof electronics
- Solvent resistance			- Medical coating			- Thermal stability
- Dry film lubricity			- Parylene thickness in micron
Film Properties (Parylene film properties)
1) High gas barrier properties (to H2O, O2, etc.)
2) Exceptional corrosion resistance
3) Strong resistance to most chemicals (Acids, Alkalis and Solvents)
4) High dielectricity, low dielectric constant and low dissipation factor
5) Excellent flexibility and mechanical properties at super low temperatures
6) Exceptional radiation resistance in oxygen free environments
7) No measurable out-gassing
8) Meets standards for Mil-I-46058C,
	IPC-CC-830B, UL94 V-0,
	FDA Drug and Device Master files,
	USP Class VI biocompatibility testing,
	and ISO 10993 for medical devices
	The conformity is shown by comparing coventional coating and parylene coating (with diX dimer). The parylene coated surface is conform to part's surface.
diX Coating is parylene coating using diX dimer (parylene)