China Glass Power Pole Insulators U210BP/170M
Product Main Parameters
| Type | Diameter D(mm) | Spacing H(mm) | Creepage Distance L(mm) | Size of Coupling(mm) | Mechanical Failing Load(kN) | Mechanical Routine Test(kN) | Power Frequency Withstand Voltage DRY(kV) | Power Frequency Withstand Voltage WET(kV) | Lighting Impulse Withstand Voltage(kV) | Min Power Frequency Puncture Voltage(kV) | Net Weight per Unit(kg) |
|---|---|---|---|---|---|---|---|---|---|---|---|
| U210BP/170M | 420 | 170 | 380 | 20 | 210 | 105 | 60 | 50 | 95 | 130 | 7.3 |
Common Product Specifications
| Model Number | Material | Application | Rated Voltage | Color | Certificate |
|---|---|---|---|---|---|
| U210BP/170M | Fiberglass | High voltage | 33kV | Jade green | ISO9001 |
Product Manufacturing Process
The manufacturing process of China glass power pole insulators involves rigorous stages starting from the selection of raw materials to final packaging. Initially, high-quality raw materials are carefully selected and subjected to a melting process using natural gas electric melting kilns, ensuring the uniform quality of the glass. The molten glass is then pressed and tempered using advanced German and Italian technology that enhances the insulator's strength and durability. After forming, the glass insulators undergo a series of treatments including cold and hot shock, and homogenization to withstand various environmental stresses. Quality control throughout each phase guarantees that the insulators meet strict international standards, ensuring their reliability and safety in high-voltage applications. Upon completion, the insulators are subjected to thorough inspection and testing, then packaged for transport to customers worldwide.
Product Application Scenarios
China glass power pole insulators are integral to a variety of electrical infrastructure applications. Predominantly utilized in high-voltage transmission lines, these insulators provide essential support and insulation for electrical conductors, thereby preventing the unwanted flow of electricity and ensuring stable energy delivery. Their utility extends to railway electrification systems, where they support and insulate catenary systems from ground and mechanical structures. In telecommunication systems, glass insulators protect signal integrity by preventing electrical disturbances. Ongoing advancements in material science enable these insulators to perform effectively even in harsh industrial and coastal environments, where factors like pollution and salt spray can diminish insulation performance in other materials. The robust design and self-cleaning properties of the glass make them a reliable choice in ensuring consistent power delivery and protecting against short circuits and power outages.
Product After-Sales Service
Our after-sales service for China glass power pole insulators includes comprehensive support ranging from installation guidance to maintenance and repair. Customers can reach out for technical support through our dedicated service hotline. We offer a warranty covering manufacturing defects and provide replacement services if necessary. Our team can provide on-site inspection and maintenance services to ensure the insulators function optimally throughout their lifespan.
Product Transportation
We employ secure packaging techniques to prevent breakage during shipping. Each unit is packed in shockproof materials and encased in sturdy cartons. Our logistics team is committed to ensuring timely delivery and reliable transportation across domestic and international markets, catering to over 40 countries.
Product Advantages
- High Durability: Made from toughened glass, resisting environmental and mechanical stress.
- Excellent Insulation: Superior dielectric properties prevent short circuits.
- Easy Maintenance: Transparent surface allows for simple damage inspection.
- Cost Efficiency: Durable design minimizes replacement needs and maintenance costs.
Product FAQ
- Q: What is the lifespan of a glass power pole insulator? A: Our China glass power pole insulators are designed to last several decades under normal operating conditions, thanks to their rugged construction and high resistance to environmental factors. However, their lifespan can be influenced by external conditions such as extreme weather and pollution levels.
- Q: How do glass insulators withstand electrical stress? A: Glass insulators are constructed from tempered glass, which has undergone thermal and chemical treatments, enhancing their ability to withstand electrical stress and prevent current leakage.
- Q: Are they suitable for coastal regions? A: Yes, the aerodynamic design helps minimize the accumulation of salt spray and other pollutants, making them ideal for use in coastal environments.
- Q: What maintenance do they require? A: Routine visual inspections and cleaning to remove contaminants are recommended to ensure optimal performance.
- Q: Can they be used in high-pollution areas? A: Yes, their high resistance to pollutants makes them suitable for industrial and urban areas where pollution can be a concern.
- Q: What voltages can the insulators handle? A: They are designed to support voltages from 10kV to 500kV, catering to a wide range of transmission line applications.
- Q: Are the insulators recyclable? A: Yes, glass insulators are environmentally friendly and can be recycled at the end of their service life.
- Q: How are they packaged for transportation? A: Each insulator is individually packed in protective materials to prevent damage during transit.
- Q: Do you offer custom designs? A: Custom designs may be available depending on project requirements. Please contact our sales team for more information.
- Q: How do they perform in extreme weather? A: They have been tested to withstand severe weather conditions, including high winds and hail, ensuring reliable performance.
Product Hot Topics
- Comment: The use of China glass power pole insulators in high voltage applications has garnered positive feedback from industry experts. Their durability and insulation properties are often highlighted as key advantages, making them a preferred choice for energy transmission companies aiming to ensure seamless power delivery.
- Comment: Recent discussions in the industry underscore the environmental benefits of glass insulators. Their recyclable nature and long service life contribute to sustainability goals, aligning with the increasing emphasis on eco-friendly solutions in electrical infrastructure development.
- Comment: The inherent self-cleaning properties of glass insulators are frequently cited as a benefit in areas susceptible to heavy pollution and dust. Their ability to maintain a clean surface minimizes maintenance needs and enhances operational efficiency.
- Comment: Technological advancements are continually improving the performance of glass power pole insulators. Innovative designs and manufacturing processes are resulting in lighter, more impact-resistant products, aiding in easier installation and extended lifespan.
- Comment: The global demand for robust and reliable power infrastructure is driving the growth of the glass insulator market. Industry forecasts suggest a sustained increase in the adoption of these insulators in both developed and emerging economies.
- Comment: Recent studies highlight the superior performance of glass insulators in preventing electrical failures compared to ceramic and polymer alternatives, positioning them as a reliable choice for critical transmission projects.
- Comment: Industry experts commend the transparency of glass insulators, which aids in early detection of structural issues, allowing for swift intervention and reducing the risk of power outages.
- Comment: In expanding economies, the development of electricity infrastructure is a priority, and high-quality glass power pole insulators from China provide cost-effective solutions to support growing energy demands.
- Comment: The integration of state-of-the-art manufacturing technologies in China boosts the quality and performance of glass insulators, enabling them to meet the stringent standards required for modern power grids.
- Comment: Collaborative research initiatives in material science are paving the way for further enhancements in glass insulator technology, promising even greater efficiency and resilience in upcoming product lines.
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