Fluorosilicone oil: Innovative applications drive transformation in multiple industries

1. Catheter production: An important boost for ensuring product quality
In the production of medical catheters, the forming of the catheter tip is a key link that determines the product quality, and demolding lubrication is of vital importance. When dealing with high-temperature thermoplastic materials such as PEEK and FEP, traditional lubricants, due to insufficient thermal stability, are prone to decompose and produce harmful substances above 200℃, or fail to lubricate and cause deformation of the conduit. Fluorosilicone oil, with its special fluorine-containing molecular structure, has a thermal decomposition temperature as high as 350℃. In high-temperature molds at 200-300 ℃, it can maintain stable chemical properties and lubrication, ensuring smooth demolding of the tube without scratches or residues on the surface. Its biocompatibility has passed the full set of ISO 10993 tests and is perfectly compatible with various medical catheter substrates, without affecting the core performance of the catheter such as flexibility and sealing.

2. Smart Wearables: A New Option for Enhancing device performance
The requirements for materials in smart wearable devices are becoming increasingly strict, and fluorosilicone oil has emerged in this field. Fluorosilicone oil can increase the sensitivity of flexible sensors for wearable devices to 0.15mV/με, enabling the devices to more accurately perceive various data of the human body. Meanwhile, it provides stable lubrication for the tiny and precise components of the equipment, ensuring its stable operation during frequent daily use and reducing the occurrence of faults. In addition, the low friction coefficient and good adhesion of fluorosilicone oil help to extend the battery life of equipment and enhance the user experience.

3. Automobile Manufacturing: Multi-faceted optimization of vehicle performance
In automotive engines, fluorosilicone oil can be used as a high-performance lubricant. Its excellent anti-wear performance can reduce the friction between engine components, lower energy loss and improve fuel efficiency. In automotive air conditioning systems, the good miscibility of fluorosilicone oil and refrigerants can enhance the cooling effect of the system and improve the comfort inside the vehicle. At the same time, when applied to automotive electronic devices, it can effectively dissipate heat, ensure the stable operation of electronic components in high-temperature environments, reduce electronic failures, and enhance the overall reliability of the vehicle.

4. Laboratory equipment: The unsung heroes ensuring the accuracy of experiments
Laboratory precision instruments such as PCR machines and centrifuges often encounter high-temperature and high-pressure cycles during operation. Fluorosilicone oil, with its stable performance, has become a powerful assistant in resisting thermal aging. It can ensure the normal operation of the key components of the instrument under complex working conditions, maintain the high precision of the instrument, and provide a guarantee for the accuracy and reliability of experimental data. Its long-lasting lubrication property reduces the frequency of instrument maintenance, lowers the risk of experimental interruption, and enables scientific research to proceed smoothly.