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Damping Fluid

P-DH 3-350 N High-Viscosity PFPE Damping Fluid PFPE Lubricant for High-Load Bearings

P-DH 3-350 N
minimum order
1 piece
Supply Ability
10000piece / Month
Country of Origin
China
Stock Time
3Day
Quantity:
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P-DH 3-350 N High-Viscosity PFPE Damping Fluid PFPE Lubricant for High-Load Bearings

Basic Information

- Product Profile: P-DH 3-350 N
- P-DH 3-350 N is a high-performance specialty lubricating fluid manufactured by PFPE KING. It represents the highest viscosity tier within the PFPE KING DH perfluorinated polyether (PFPE) fluid product line, with the"N"suffix denoting a specific formulation refinement for optimized performance.
- Characteristics: PFPE lubricant, high-viscosity PFPE fluid, PFPE lubricant for sintered bearings, high-temperature specialty lubricant, PFPE damping fluid.

Core Performance Advantages

- High Viscosity Grade: The"350"designation indicates a very thick fluid film, delivering maximum load-carrying capacity, excellent surface wetting, and superior vibration dampening compared to lower grades in the DH series.
- PFPE Base Oil: Built on an advanced perfluorinated polyether foundation, providing absolute resistance to thermal degradation, extreme continuous heat, oxidation, and aggressive chemicals.
- Low Volatility: Features minimal vapor pressure, ensuring the fluid resists evaporation and maintains its structural integrity over extensive service lives under severe thermal stress.
- Material Neutrality: Highly inert, making it safe for use with sensitive plastics, elastomers, and various metal pairings without causing chemical degradation or component swelling.

Primary Applications

- Heavy-Duty Sintered Bearings: Utilized for the lifetime impregnation and lubrication of porous metal and sintered sliding bearings operating under intense heat and high-load conditions.
- Precision Assemblies and Dampening: Ideal for mechanical or electromechanical components requiring high-viscosity damping media to control movement, reduce noise, and prevent wear where regular maintenance is not possible.