XYC Bar Type-P Oleophobic Coating Anti-Migration Barrier Film for Electronics Protection 1KG
XYC Bar Type-P 1KG
XYC Bar Type-P is an oleophobic coating and anti-migration barrier film designed to protect electronics by preventing oil and grease from spreading, creating a low surface energy barrier that repels liquids. It is a stable fluorocarbon polymer solution that rapidly dries and can be applied to various surfaces like metal, plastic, and glass, making it suitable for applications in bearings, optics, and electrical contacts to maintain cleanliness and functionality.
minimum order:
1 piece
Supply Ability:
10000piece / Month
Country of Origin:
China
Stock Time:
3Day
Quantity:
XYC Bar Type-P Oleophobic Coating Anti-Migration Barrier Film for Electronics Protection 1KG
Detailed Information
- Product Number: XYC Bar Type-P
- Base Chemistry: A stable fluorocarbon polymer dissolved in a fast-evaporating perfluoroalkane carrier solvent.
- Core Function: It creates an extremely low surface energy barrier (around 10 dynes/cm) that repels oils and prevents"oil creep."Liquids cannot easily"wet"or spread across a surface treated with XYC Bar.
- Concentrations Available: Typically offered in 0.2%, 1%, and 2% concentrations depending on the desired barrier film thickness.
- Core Function: It creates an extremely low surface energy barrier (around 10 dynes/cm) that repels oils and prevents"oil creep."Liquids cannot easily"wet"or spread across a surface treated with XYC Bar.
- Concentrations Available: Typically offered in 0.2%, 1%, and 2% concentrations depending on the desired barrier film thickness.
- Key Characteristics: Anti-migration barrier film, oleophobic coating, oil creep prevention, surface energy barrier, film for electronics protection. XYC Bar Type-P is actually an anti-migration barrier film (or oleophobic coating) rather than a load-bearing lubricant. Its primary purpose is to stop liquid oils and greases from creeping away from where they are needed.
Product Features
- Temperature Range: Withstands operational temperatures up to +200℃.
- Compatibility: Can be applied to clean metal, plastic, and glass surfaces.
- Non-Flammable: The carrier solution is non-flammable and dries rapidly at room temperature.
- Electrical Properties: Prevents environmental fouling and oil migration onto electrical contacts and printed circuit boards.
- Compatibility: Can be applied to clean metal, plastic, and glass surfaces.
- Non-Flammable: The carrier solution is non-flammable and dries rapidly at room temperature.
- Electrical Properties: Prevents environmental fouling and oil migration onto electrical contacts and printed circuit boards.
Application Fields
- Bearings & Actuators: Painted as a"dam"or ring around a bearing housing, shaft, or pivot to keep lubricating grease inside the component rather than letting it bleed out into sensitive electronics or optics.
- Optics: Used to prevent oil migration onto lenses and optical equipment (historically used on components like the mast cameras on Mars Rovers) where an oil film would ruin image refraction.
- Electrical Contacts & Potentiometers: Stops migrating oils from fouling switches, connectors, and electrical pathways.
- Optics: Used to prevent oil migration onto lenses and optical equipment (historically used on components like the mast cameras on Mars Rovers) where an oil film would ruin image refraction.
- Electrical Contacts & Potentiometers: Stops migrating oils from fouling switches, connectors, and electrical pathways.
Usage Instructions
- Do Not Lubricate Directly: XYC Bar should not be applied to the actual friction surfaces (such as bearing balls, races, or electrical contact points) that require lubrication. Instead, it is applied around those areas as a perimeter barrier.
- Application Method: Can be applied via dipping, spraying, or brushing.
- Drying/Curing: Air-dries in about five minutes as the solvent evaporates. Some applications use a mild heat bake (e.g., 90℃ for 10 minutes) to improve durability, or a longer bake for vacuum outgassing reduction.
- Application Method: Can be applied via dipping, spraying, or brushing.
- Drying/Curing: Air-dries in about five minutes as the solvent evaporates. Some applications use a mild heat bake (e.g., 90℃ for 10 minutes) to improve durability, or a longer bake for vacuum outgassing reduction.
