Glass Disc Suspension Insulator

Product Introduction:

The Glass Insulator is an innovative electrical insulation element widely utilized in power transmission and distribution lines. This insulator evolves from traditional ceramic insulators by enhancing the manufacturing process and incorporating materials such as glass fiber reinforced plastic and silicate porcelain, resulting in a new generation of insulators with superior insulation and anti-fouling capabilities.

Product Details:

Material: Constructed with a combination of glass fiber reinforced plastic and silicate porcelain, offering a blend of strength and electrical insulation.
Design: Features a modern design that incorporates a metal cap, reinforced plastic rod, silicate inner core, rubber cover, and a sturdy base.
Key Features:

Enhanced Insulation: Offers excellent insulation performance with low dielectric constant and dielectric loss, making it suitable for high voltage lines and special environmental conditions.
Anti-Fouling Ability: Exhibits superior resistance to contamination, ensuring equipment operates normally in high-pollution areas and requires minimal maintenance.
Wind and Seismic Resistance: Demonstrates robust wind vibration resistance and seismic performance, capable of withstanding significant wind pressures and shocks, suitable for diverse harsh climates.
Structural Components:

Top Metal Cap: Provides a secure attachment point for conductors and equipment.
Glass Fiber Reinforced Plastic Rod: Contributes to the overall strength and flexibility of the insulator.
Silicate Inner Core: Serves as the heart of the insulator, offering strong mechanical support and insulation properties.
Rubber Cover: Protects the insulator from environmental factors and enhances its anti-fouling characteristics.
Base: Offers a stable and secure foundation for the insulator, ensuring reliable installation.
Performance Highlights:

Low Dielectric Constant and Loss: The insulator’s material composition ensures low dielectric constant and loss factors, critical for high voltage applications.
Long-Term Reliability in Pollution: The design allows for extended use in polluted environments without compromising performance.
Easy Maintenance: The insulator’s structure facilitates easy cleaning and maintenance, reducing downtime and operational costs.
Environmental and Operational Suitability:

Wide Temperature Range: Capable of operating across a broad temperature spectrum, typically from -50°C to +100°C, accommodating various climatic conditions.
UV and Weather Resistance: The materials used are resistant to UV radiation and can withstand various weather conditions without degradation.
Chemical and Corrosion Resistance: Engineered to resist common environmental chemicals and corrosive substances, preserving the insulator’s integrity.

Specifications