T: +86-18906892820
F4-19037-6#, Yiwu Intl Trade Mart, Yiwu Jinhua, Zhejiang, China (Mainland)
 |
| Quantity: | |
|---|---|
Glass Insulator products are manufactured using toughened glass as the primary insulating medium, combined with metal fittings to form a reliable load-bearing structure. The glass material offers consistent dielectric characteristics, helping maintain electrical separation between conductors and supporting structures.
During production, the glass undergoes controlled thermal treatment to enhance mechanical strength. When subjected to abnormal stress, the glass shows visible damage, making inspection and maintenance more straightforward during routine line checks.
Glass Insulator configurations vary according to voltage level and installation conditions. Common specification considerations include:
• Applicable voltage classes for transmission and distribution lines
• Suspension-type glass insulator structures
• Ball and socket or pin connection systems
• Transparent or light green glass appearance
Specific models can be selected based on project design and system requirements.
A Glass Insulator serves both electrical insulation and mechanical support functions within power networks. The smooth glass surface contributes to controlled electric field distribution, reducing the likelihood of surface discharge under normal operating conditions.
Its surface characteristics help limit contamination buildup, which supports stable insulation behavior in outdoor environments and reduces maintenance intervention over time.
Glass Insulator products are commonly used in a wide range of power infrastructure projects, including:
• Overhead transmission lines
• Distribution network installations
• Substation connection assemblies
• Industrial power support structures
Their consistent electrical behavior and visual inspection advantages make them suitable for long-term outdoor use.
| Comparison Aspect | Glass Insulator | Porcelain Insulator | Composite Insulator |
|---|---|---|---|
| Insulating Medium | Toughened glass | Ceramic material | Silicone rubber |
| Visual Inspection | Direct and clear | Limited | Surface aging visible |
| Environmental Stability | Consistent | Consistent | Environment dependent |
| Maintenance Evaluation | Visual judgment | Instrument-based | Visual inspection |
This comparison helps engineers evaluate insulator selection based on operating conditions and maintenance strategy.
• Stable dielectric performance in power systems
• Clear visual condition for inspection purposes
• Glass material resists environmental exposure
• Suitable for various transmission configurations
A standard Glass Insulator assembly typically includes:
• Toughened glass disc
• Metal end fittings
• Mechanical connection elements
• Protective surface treatment
Each component contributes to overall structural stability and installation reliability.
Sasun focuses on power tools and transmission-related equipment, supplying Glass Insulator products that align with industry application standards. Attention to material selection, production control, and inspection processes supports consistent product quality.
With experience in project coordination and bulk supply, Sasun assists customers in selecting suitable Glass Insulator configurations for different grid conditions.
Q: Is Glass Insulator suitable for outdoor power lines?
A: Toughened glass material offers stable performance under various outdoor environmental conditions.
Q: How can a damaged Glass Insulator be identified?
A: Visible cracking or structural change in the glass body indicates the need for replacement.
Q: Are customized specifications available?
A: Product selection and configuration support can be provided based on project requirements.
• Submission of technical and project requirements
• Confirmation of structural and specification details
• Sample evaluation and technical discussion
• Arrangement for production and delivery
• Raw material inspection
• Glass forming and toughening
• Metal fitting assembly
• Finished product testing
• Visual and dimensional checks
• Electrical performance testing
• Mechanical load verification
• Final inspection prior to shipment
Glass Insulator products are manufactured using toughened glass as the primary insulating medium, combined with metal fittings to form a reliable load-bearing structure. The glass material offers consistent dielectric characteristics, helping maintain electrical separation between conductors and supporting structures.
During production, the glass undergoes controlled thermal treatment to enhance mechanical strength. When subjected to abnormal stress, the glass shows visible damage, making inspection and maintenance more straightforward during routine line checks.
Glass Insulator configurations vary according to voltage level and installation conditions. Common specification considerations include:
• Applicable voltage classes for transmission and distribution lines
• Suspension-type glass insulator structures
• Ball and socket or pin connection systems
• Transparent or light green glass appearance
Specific models can be selected based on project design and system requirements.
A Glass Insulator serves both electrical insulation and mechanical support functions within power networks. The smooth glass surface contributes to controlled electric field distribution, reducing the likelihood of surface discharge under normal operating conditions.
Its surface characteristics help limit contamination buildup, which supports stable insulation behavior in outdoor environments and reduces maintenance intervention over time.
Glass Insulator products are commonly used in a wide range of power infrastructure projects, including:
• Overhead transmission lines
• Distribution network installations
• Substation connection assemblies
• Industrial power support structures
Their consistent electrical behavior and visual inspection advantages make them suitable for long-term outdoor use.
| Comparison Aspect | Glass Insulator | Porcelain Insulator | Composite Insulator |
|---|---|---|---|
| Insulating Medium | Toughened glass | Ceramic material | Silicone rubber |
| Visual Inspection | Direct and clear | Limited | Surface aging visible |
| Environmental Stability | Consistent | Consistent | Environment dependent |
| Maintenance Evaluation | Visual judgment | Instrument-based | Visual inspection |
This comparison helps engineers evaluate insulator selection based on operating conditions and maintenance strategy.
• Stable dielectric performance in power systems
• Clear visual condition for inspection purposes
• Glass material resists environmental exposure
• Suitable for various transmission configurations
A standard Glass Insulator assembly typically includes:
• Toughened glass disc
• Metal end fittings
• Mechanical connection elements
• Protective surface treatment
Each component contributes to overall structural stability and installation reliability.
Sasun focuses on power tools and transmission-related equipment, supplying Glass Insulator products that align with industry application standards. Attention to material selection, production control, and inspection processes supports consistent product quality.
With experience in project coordination and bulk supply, Sasun assists customers in selecting suitable Glass Insulator configurations for different grid conditions.
Q: Is Glass Insulator suitable for outdoor power lines?
A: Toughened glass material offers stable performance under various outdoor environmental conditions.
Q: How can a damaged Glass Insulator be identified?
A: Visible cracking or structural change in the glass body indicates the need for replacement.
Q: Are customized specifications available?
A: Product selection and configuration support can be provided based on project requirements.
• Submission of technical and project requirements
• Confirmation of structural and specification details
• Sample evaluation and technical discussion
• Arrangement for production and delivery
• Raw material inspection
• Glass forming and toughening
• Metal fitting assembly
• Finished product testing
• Visual and dimensional checks
• Electrical performance testing
• Mechanical load verification
• Final inspection prior to shipment
