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Common Uses
Advantages of diX Coating
About
Parylene Coating
What is Parylene Coating?
Why Use Parylene?
Parylene Process
Deposition Process
History of Parylene
Glossary
FAQ
Properties
Basics Of Parylene
Barrier Properties
Chemical Resistance
diX Film Properties
Electrical Properties
Expanded Details
Impact Resistance
Mechanical Characteristics
Optical Properties
Parylene Variants
Physical Properties
Solvent Resistance
Specifications / ASTM
Taber “Wear Index”
Thermal Properties
Services
Applications
Common Uses
Advantages of diX Coating
About
Parylene Coating
What is Parylene Coating?
Why Use Parylene?
Parylene Process
Deposition Process
History of Parylene
Glossary
FAQ
Properties
Basics Of Parylene
Barrier Properties
Chemical Resistance
diX Film Properties
Electrical Properties
Expanded Details
Impact Resistance
Mechanical Characteristics
Optical Properties
Parylene Variants
Physical Properties
Solvent Resistance
Specifications / ASTM
Taber “Wear Index”
Thermal Properties
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Services
Applications
Common Uses
Advantages of diX Coating
Applications
Common Uses
Advantages of diX Coating
Parylene Coating
What is Parylene Coating?
Why Use Parylene?
Parylene Process
Deposition Process
History of Parylene
Glossary
FAQ
What is Parylene Coating?
Why Use Parylene?
Parylene Process
Deposition Process
History of Parylene
Glossary
FAQ
Common Substrates / USES
Biomedical Devices
Bobbins
Capacitors
Catheters
Circuit Boards
Cores
Elastomers
Forceps
Gaskets
Hybrids
Impants
Keypads
Magnets
Metal Components
Microelectronics
Surface Mount Devices
Surgical Instruments
Fiber Optic Components
Power Supplies
Probes
Pacemakers
Heat Exchangers
Photoelectric Cells
Seals
Needles
Relays
Semiconductors
Sensors
Stents
Trocars