| Thickness | 5 mil |
| Material | DuPont Nomex Fiber |
| Size | 7mm |
| Color | WHITE |
| Packaging Type | Roll |
| Usage/Application | Electrical Insulation In Transformers, Motors, Generators, Cables, Etc. |
Minimum order quantity: 100 Kg
Class F laminated paper is a type of electrical insulation material used in various applications, 3 layers of Lamination- (Aramide + Polyster + Aramide .)including transformers, motors, and generators. Key Features:
- High Temperature Resistance: Class F laminated paper is designed to withstand high temperatures, with a thermal classification of 155°C (Class F).- Electrical Insulation: The material provides excellent electrical insulation properties, making it suitable for applications where electrical isolation is crucial.- Mechanical Strength: Class F laminated paper has good mechanical strength, allowing it to withstand various environmental and operational stresses.
Applications:
- Transformers: Used as insulation material in transformer windings and cores.- Motors and Generators: Used in motor and generator windings, providing electrical insulation and thermal stability.- Electrical Equipment: Used in various electrical equipment, including switchgear, circuit breakers, and electrical panels.
Properties:
- Dielectric Strength: Class F laminated paper has high dielectric strength, ensuring reliable electrical insulation.- Moisture Resistance: The material has good moisture resistance, reducing the risk of electrical failure due to moisture ingress.- Chemical Stability: Class F laminated paper is chemically stable, ensuring consistent performance in various environments.
Benefits:
- Improved Reliability: Class F laminated paper helps improve the reliability of electrical equipment by providing excellent electrical insulation and thermal stability.- Increased Lifespan: The material's high temperature resistance and chemical stability help increase the lifespan of electrical equipment.- Efficient Performance: Class F laminated paper ensures efficient electrical performance, reducing the risk of electrical failures and downtime .