Our Products
PARYLENE COATING IS THE MODERN TECHNOLOGY IN CONFORMAL COATING. Parylene is a conformal protective polymer coating material utilized to uniformly protect any component configuration on such diverse substrates as metal, glass, paper, resin, plastic, ceramic, ferrite & silicon. A name that refers to a polymer series based on p-Xylylene POLY(PARA-XYLYLENE). A truly conformal, thin, optically clear, inert coating applied in a vacuum chamber at room temperature. A non-line-of-sight coating that follows molecular level deposition process. A chemically pure coating that does not use any catalysts or leachable materials.
- Optically clear – colourless
- Biocompatible and biostable
- Chemically pure, inert and free of catalytic, plasticizer and solvent residues
- No outgassing
- No leachable ingredients
- No ure forces/stresses
- Environmental friendly
- No thermal stresses during room temperature deposition
- Completely conformal
- Ultra-thin and lightweight
- Free from pinholes and defects
- Moisture & chemical barrier
- High dielectric strength
- Chemical insolubility
- Dry film lubricity
- Particle immobilization
- Hydrophobicity
- Parylenes already protect millions of automotive electronics, but they’ll be indispensable for protecting the even more numerous and sophisticated electronics in the EV market of tomorrow.
- With the number of critical electronics in EV systems increasing, ultra-thin, pinhole free Parylene conformal coatings will be essential to delivering the most reliable, high-performance protection for PCBs, ECUs, ADAS, LEDs and more.
- Parylene provides unmatched thermal stability for protection in harsh environments. These coatings, enabling manufacturers to meet regulatory as well as performance milestones as the global industry moves toward an eco-friendly automotive future.
- Mass air temperature and pressure sensors
- Emission Sensors
- Tire Pressure Monitoring Systems(TPMS)
- Diesel fuel heaters
- O-rings, seals and engine gaskets
- Fuel cell and hybrid electronic systems
- Engine electronics
- MEMS sensors
Land Drilling & Fracking
- Dirt
- Dust
- Vibration
- High Pressure
- Moisture/Humidity/weather
- Heat/wide temp swings
- UV Exposure-short or long term
- Dissolve minerals
- Eliminate bacteria
- Prevent clay from swelling or shifting
- Corrosion prevention
- Maintain fluid viscosity
- pH adjustments
- Prevent scale deposits
- Dozens to hundreds that can be used as additives
Offshore Drilling
Corrosion
- Humidity
- Salt fog
Pressure
- Deep sea
- Underground
- Associated with drilling process
Reliability
- More challenging and costly to access
- High cost of down-time
- Redundant Protection needed
- Freedom from by-products
- Application temperatures
- Cure forces
- Conformability -uniformity
- Control of thickness
- Crevice penetration
- Regulation/Biocompatibility
Properties of the coating
- Barrier capabilities
- Environmental stability
- Sterilizability and bio acceptability
- Minimization of mechanical loading
- Printed circuit boards
- MEMS wafers
- Probes/pins
- Rotors/ stators
- Components
- Metal
- Brackets
- Cables
- Ferrite cores
- Video displays
- Electronic billboards
- Marine lighting
- Transportation signage
- Outdoor illumination
- Vehicle lighting
- Commercial refrigeration
- Aviation lighting
- ICDs, pacemakers, VADs
- Drug delivery devices
- Stents, inhalers(MDI, DPI, nasal)
- Cochlear and intraocular implants
- Catheters
- Neurostimulators
- Gastric balloons and cuffs
- Endotracheal tubes
- Laboratory devices
- Printed circuit boards
- Printed circuit boards
- Semiconductor wafers
- Military PBCA
- Consumer Electronics
- Automotive Electronics
- Microelectronic Mechanical Systems (MEMS)
- Medical PCBA