As an excellent organic silicon compound, phenyl silicone oil has good heat resistance, cold resistance, lubrication performance, electrical insulation performance and chemical stability, so it has a wide range of applications in the field of lubrication. When phenyl silicone oil is combined with other lubrication technologies, the lubrication effect can be further improved to meet the lubrication needs under different working conditions. The following is a detailed discussion on the combination of phenyl silicone oil with other lubrication technologies:

1. Combination of phenyl silicone oil with additives
In order to improve the solubility, lubrication performance or other specific properties of silicone oil, various additives are often added to silicone oil. For example, dissolving silicone oil in tetralin and adding it to petroleum-based lubricants can increase the lubrication performance and anti-friction and anti-wear properties of the lubricant. At the same time, adding ethyl silicone oil to mineral oil and then adding dioctyl dicaprylate, and using hydrophobic silica gel as a thickener to make grease, can also obtain better anti-wear performance.

In addition, methyl phenyl silicone oil and trimethylol phosphate can be added to vinegar-type lubricants to produce a synergistic effect and significantly improve lubrication performance. The addition of these additives makes phenyl silicone oil have more excellent lubrication performance in specific applications.

2. Combination of phenyl silicone oil and grease
Grease is a semi-solid lubricant made of base oil and thickener by a special process. Combining phenyl silicone oil with a specific thickener can prepare a grease with excellent lubrication and anti-wear properties. This grease can remain stable in high or low temperature environments and is suitable for lubrication under various harsh working conditions.

3. Combination of phenyl silicone oil and lubricating oil
Lubricating oil is a commonly used lubricant in mechanical equipment to reduce friction and wear and protect equipment parts. Combining phenyl silicone oil with other lubricating oils can further improve the performance of the lubricating oil. For example, adding phenyl silicone oil to petroleum-based lubricating oil can increase the lubrication and anti-friction properties of the lubricating oil. This combination is widely used in aerospace, automobile manufacturing, electronic equipment and other fields.

4. Combination of phenyl silicone oil and solid lubricating materials
Solid lubricating materials such as graphite and molybdenum disulfide have excellent lubrication and anti-wear properties. Combining phenyl silicone oil with these solid lubricants can form a composite lubricant to further improve the lubrication effect. This composite lubricant can remain stable under high temperature, high pressure or harsh environment, and is suitable for lubrication under various complex working conditions.

5. Application of phenyl silicone oil in specific lubrication technology
In the field of electronic and electrical equipment: phenyl silicone oil is used as a high and low temperature lubricant to effectively reduce friction and wear and extend the service life of the equipment. When carbon black, potassium soap or platinum disulfide is added, it can be made into high-temperature grease for lubrication of high-temperature fan bearings, ball bearings and other equipment.
In hydraulics, instrumentation, electrical insulation and other aspects: phenyl vinyl silicone oil and phenyl hydrogen silicone oil can be used to prepare high-temperature and radiation-resistant addition silicone rubber to improve the high temperature and radiation resistance of rubber.
In fabric finishing: hydroxyl-terminated phenyl silicone oil as a fabric finishing agent can significantly improve the smoothness and suppleness of the fabric, while giving the fabric good hydrophobicity and oil repellency.

In summary, the combination of phenyl silicone oil and other lubrication technologies can further improve the lubrication effect and meet the lubrication needs under different working conditions. In actual applications, the appropriate lubrication method and lubricant combination should be selected according to the specific working conditions and equipment requirements.