1. Insulation Protection
(1)  Winding Insulation: Fills gaps between conductors to form uniform insulation layers, preventing short circuits and leakage.
(2)  Moisture/Dust Resistance: Isolates humidity and dust post-curing, enhancing reliability in harsh environments.
2. Mechanical Strength
(1)  Winding Fixation: Securely fixes windings to reduce vibration-induced displacement and extend lifespan.
(2)  Impact Resistance: Enhances shock and vibration resistance for high-vibration environments.
3. Thermal Management
(1) Thermal Conductivity: Certain resins aid heat dissipation to prevent overheating.
(2) Uniform Heat Distribution: Improves heat dissipation paths by filling gaps.
4. Chemical Stability
(1)  Chemical Resistance: Resists corrosion from oils, acids, and alkalis, suitable for harsh industrial environments.
(2)  High-Temperature Resistance: Maintains stability under high temperatures.

(1) Power Reactors: Used in various power reactors to enhance their reliability and service life.
(2) Filter Reactors: Applied in filter reactors to improve safety and durability.
(3) Special Reactors: Utilized in specialized reactors for aerospace, military and other high-demand fields to meet stringent requirements.