P-L-8030 High-Temperature Synthetic Dry Film Lubricant for Precision Mechanisms

- Product Number: P-L-8030

- Specific Gravity: Approximately 1.8
- Flash Point: 260℃
- Kinematic Viscosity at 40℃: 130 mm²/s
- Viscosity Grade: 1
- Pour Point: -50℃
- Non-Volatile Content (after 6 hours at 80℃): Approximately 2.3% - 2.6%
- Coefficient of Friction (low load, oscillation test): PS against POM is 0.06, Steel against POM is 0.06

- Characteristics: Dry film lubricant, high temperature lubricant, precision mechanism lubricant, plastic compatible lubricant, synthetic lubricant.

- High and Low Temperature Stability: Exhibits excellent stability at both high and low temperatures, with a suitable temperature range of -65℃ to +150℃; some data indicates it can withstand temperatures up to 320℃. Maintains stable lubrication in extremely cold and hot environments, meeting the lubrication needs of mechanisms under different operational conditions and effectively reducing the risk of malfunctions due to temperature variations.
- Film-Forming Characteristics: Forms a film quickly; after application, it rapidly forms a uniform, white, semi-dry thin film on the surface of the workpiece, and this film is not as greasy as traditional lubricants. The uniform film coverage provides comprehensive and stable lubrication protection for mechanism components, reducing friction and wear between parts.
- Insulation and Low Friction: Possesses good insulation properties, a low coefficient of friction, and excellent wear resistance, providing durable dry lubrication for mechanisms. This not only effectively reduces energy consumption and increases the mechanism's operating efficiency but also extends the service life of the mechanism and reduces maintenance costs.
- Cleanliness and Anti-Adhesion: The film layer is non-flowing and does not attract dust or dirt particles, preventing the adhesion of friction powder, keeping mechanisms clean, and avoiding performance impacts due to impurity adhesion, making it particularly suitable for precision mechanisms requiring high cleanliness.
- Protective Performance: Features drainage and moisture-proof properties, effectively protecting metal components from rust. Additionally, it has good compatibility with plastics and elastomers, without causing damage to these materials, and can be widely applied in complex mechanisms involving various materials.
- Environmental Characteristics: Does not deplete the ozone layer, with an Ozone Depletion Potential (ODP) of zero and a low Global Warming Potential (GWP), meeting environmental requirements. Additionally, it has a short drying time, enabling quick deployment and improved production efficiency. Furthermore, the product is odorless and non-irritating, making it safe for use in industries with strict hygiene and safety requirements.

- Optical and Audio-Visual Mechanisms: Suitable for lubricating sliding components in cameras, ensuring smooth lens extension and retraction operations, enhancing the shooting experience; also commonly used in audio-visual mechanisms, ensuring stable operation of internal transmission components, reducing noise, and improving sound and image quality.
- Office Mechanisms: For sliding components in office mechanisms such as printers, copiers, and fax machines, using XYC L-8030 lubricant can reduce component wear, reduce paper jam occurrences, extend mechanism service life, and improve office efficiency.
- Precision Instruments: In various precision instruments, it can provide reliable lubrication for internal high-precision sliding components, ensuring instrument measurement accuracy and operational stability, meeting the stringent lubrication requirements of precision instruments.
- Plastic and Rubber Parts: Due to its good compatibility with various plastics and elastomers, it can be used for lubrication during plastic assembly processes, reducing friction damage between plastic parts; lubricating rubber parts such as automotive interior trim wiper blades can improve their flexibility and service life and reduce noise.
- Electronic Mechanisms: Applied to plastic components in electronic mechanisms such as mobile phones and home appliances, it can improve component sliding performance, for example, on mobile phone buttons and sliders, making their operation smoother, while also preventing static electricity generated by friction from damaging electronic components.