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Typical Uses for Parylene Conformal Coating For Circuit Boards & Electronic Assemblies (Meets MIL-I-46058C, Type XY) Particle Immobilization (e.g. Disk Drive Metal Components) Lubricity (e.g. Catheter Guide Wires) Dielectric (e.g. Cores/Bobbins) Hydrophobic (e.g. Biomedical Tubing) Barrier (e.g. Filters, Membranes, Valves) Parylene Applications Accelerometers Catheters Coils Cores Bobbins Fiber Optic Components Heat Exchangers Pacemakers Implants Flow Meters Magnets Photoelectric Cells Electrosurgical Instruments Plastic Encapsulated Microcircuits (PEMS) Sensors Transducers Circuit Boards Hybrid Circuits Elastomeric Keypads Circuit Board Coatings Qualified under MIL-I-46058C. Fully coats fine lead wires and ends. Highly reliable in hostile environments. Provides dielectric protection for resistors, thermocouples and other components. Micro-Electronics Provides strength, stability, security and particle immobilization. Provides purity, maximum border protection and total surface conformity. Solvent-free application at room temperature. Ferrite Cores & Bobbins Eliminates insulation stripping from magnetic core windings. Provides low friction interface to speed stringing and winding operations. Smooths rough edges and prevents chipping and dusting. Permits greater cross section winding area and greater coil Q. Corrosion Resistant Coating Protects sensing elements used in process control loops. Easily applied to flexing bellows. Medical Applications Provides non-reactive, inert, pinhole-free barrier for biomedical instrumentation. Permits compatible functional utilization with body implant devices. Hybrid Circuits Strengthens wire bonds and deters electrical shorting. Provides protection from environmental hazards. Eliminates moisture, metallic ions and other contaminants from critical surfaces. Lower mass and weight than other coatings. Molecular deposition level provides superior penetration power. Coats into, under and around ALL components.