The extreme environment adaptability of phenyl silicone oil has been upgraded, unlocking new application scenarios in multiple fields

1.The wide temperature range can break through extreme environments, highlighting its reliability
With the continuous innovation of material technology, phenyl silicone oil, with its excellent adaptability to extreme environments, is gradually expanding into key fields such as aerospace and high-end equipment manufacturing. The newly developed high-performance phenyl silicone oil product has achieved a breakthrough in the ultra-wide working temperature range from -70℃ to 320℃. Even at the extreme high temperature of 320℃, it can still maintain the stability of its molecular structure, effectively solving the pain points of molecular chain breakage and oxidation decomposition of traditional materials in high-temperature environments, providing key support for the stable operation of core components of high-end equipment.


2. Deep penetration in the photovoltaic and power sectors builds a solid barrier for energy security
In the field of new energy power generation, phenyl silicone oil has become one of the core materials for photovoltaic module packaging. Driven by the accelerated commercialization of perovskite photovoltaic technology, the consumption of phenyl silicone oil in the photovoltaic packaging field is expected to reach 32,000 tons in 2025, accounting for 38% of the total downstream demand. Its excellent weather resistance and insulation performance can significantly extend the service life of photovoltaic modules, building a solid protective wall for the stable power generation of outdoor power stations. In the power sector, the optimized formula of phenyl silicone oil has been piloted in some high-voltage power grids in the Beijing-Tianjin-Hebei region. It can withstand the tests of high temperature, high humidity and high radiation for a long time, significantly reducing the operation and maintenance costs of the power grid.


3. The medical and health sector has opened up new tracks, highlighting its high added value advantages
The medical and health sector is becoming a new engine for the growth in demand for phenyl silicone oil. With its excellent biocompatibility, the application of this material in scenarios such as minimally invasive surgical catheter coating and implantable sensor packaging is accelerating. In the pharmaceutical field, the clinical trial pass rate of phenyl silicone oil as a carrier material for sustained-release preparations has been continuously increasing. In 2024, many innovative drug enterprises have submitted new drug applications containing excipients of this material. Medical-grade phenyl silicone oil, due to its high certification barriers, can achieve a gross profit margin of over 60%, significantly higher than that of industrial-grade products, and has become an important direction for the industry's transformation and upgrading.


4. Accelerate the transformation of technological achievements through the collaborative efforts of industry, academia and research
At present, the collaborative innovation platforms of industry, academia and research in various regions are actively promoting the technological upgrading and transformation of phenyl silicone oil. By establishing a "material research and development - pilot production - industrialization" connection platform, we accelerate the optimization of the compatibility between material formulas and application scenarios, and promote the rapid verification of products through the supply chain. With the assistance of nano-modification technology, the uniformity and precision of phenyl silicone oil have been further enhanced. It has been successfully introduced into high-end supply chains such as semiconductors and high-end equipment manufacturing, providing strong support for domestic materials to break the overseas technological monopoly and build an independent and controllable supply chain system.