Supplier of Examples of Glass Insulators for High Voltage
Product Main Parameters
Parameter | Specification |
---|---|
Model | UG100B/146/450D |
Diameter (D) | 280 mm |
Spacing (H) | 146 mm |
Creepage Distance | 450 mm |
Coupling Size | 16 mm |
Mechanical Failing Load | 100 kN |
Tension Proof | 50 kN |
Dry Power-frequency Withstand Voltage | 80 kV |
Wet Power-frequency Withstand Voltage | 45 kV |
Dry Lightning Impulse Withstand Voltage | 120 kV |
Puncture Withstand Voltage | 130 kV |
Net Weight | 6.3 kg |
Common Product Specifications
Specification | Detail |
---|---|
Application | High Voltage Transmission Lines |
Material | Fiberglass, Tempered Glass |
Rated Voltage | 12kV, 33kV |
Place of Origin | Jiangxi, China |
Color | Jade Green |
Product Manufacturing Process
The manufacturing process for glass insulators involves several rigorous stages to ensure they meet high mechanical and electrical standards. The process begins with the precise selection and batching of raw materials, primarily comprising tempered glass known for its superior mechanical strength and electrical insulation properties. These materials are melted and shaped, followed by a uniform tempering process to enhance durability. The insulators then undergo cold and hot shock treatments, homogenization, and gluing, ensuring they withstand various mechanical stresses. The final inspection and packaging guarantee that each product adheres to international standards. These detailed processes, validated by authoritative research, affirm the insulators' capability to perform under demanding conditions.
Product Application Scenarios
Glass insulators play a vital role in high voltage transmission lines, where their primary function is to insulate and support overhead wires. Their application extends across diverse environments, from typical power grids to more challenging settings with high humidity or pollution levels. The unique double-umbrella design enhances creepage distance, reducing flashover risk in harsh conditions. This flexibility and reliability make them indispensable in maintaining stable power transmission, backed by authoritative studies highlighting their exceptional performance in various climatic conditions. These insulators are crucial in ensuring uninterrupted power supply, thus significantly contributing to national and international grid stability.
Product After-Sales Service
Huayao offers comprehensive after-sales support as part of our commitment to being a reliable supplier of glass insulators. Customers gain access to a dedicated service team ready to address queries, technical support, and warranty claims. We ensure timely responses and solutions to maximize product performance and customer satisfaction, extending our reputation as a trusted supplier of examples of glass insulators.
Product Transportation
Huayao ensures safe and efficient transportation of our glass insulators by employing robust packaging solutions. With a capacity to produce and ship 50,000 pieces monthly, we utilize wooden cases and pallets for safe transit. Our strategic location in Jiangxi Province further facilitates streamlined logistics and timely delivery to our global clientele.
Product Advantages
- Superior Insulation: Our double-umbrella design enhances insulation, making them ideal for high-voltage applications.
- Durability: Made from tempered glass, our insulators withstand extreme conditions and mechanical stress.
- Compliance: Our products meet GB, ANSI, BS, DIN, AS, and IEC international standards.
- Global Trust: Exported to over 40 countries, our insulators are trusted worldwide.
- Cost-Effective: Factory direct prices ensure affordability without compromising quality.
Product FAQ
- What is the main material used in your glass insulators?
Our glass insulators are primarily made from tempered glass, known for its high mechanical strength and superior electrical insulation properties.
- What voltage levels can your glass insulators accommodate?
Our insulators are designed for high-voltage applications, accommodating 10kV to 500kV transmission lines.
- How do you ensure the quality of your glass insulators?
Quality control starts with the careful screening of raw materials and follows through every production stage, with strict testing to meet international standards.
- What are the common applications for your glass insulators?
Our glass insulators are widely used in power transmission and distribution, ensuring stable operation of the power grid.
- Can you customize glass insulators based on customer requirements?
Yes, we offer customization to meet specific application needs, ensuring each solution is tailored for optimal performance.
- What certifications do your insulators have?
Our insulators are certified under ISO9001 and meet IEC60383 standards.
- What is your production capacity?
Our state-of-the-art facilities allow us to produce over 6 million pieces annually, supporting both AC and DC applications.
- How do you handle international shipping?
We use robust packaging and efficient logistics solutions, with shipments facilitated through major Chinese ports like Ningbo and Shanghai.
- What warranty do you offer on your products?
Huayao offers a competitive warranty, ensuring our customers are fully supported post-purchase.
- What makes Huayao a leading supplier of glass insulators?
Our commitment to quality, innovative design, and customer-centric approach positions us as a preferred supplier in the industry.
Product Hot Topics
- How do glass insulators impact the efficiency of power distribution systems?
Glass insulators are crucial in maintaining the efficiency and reliability of high-voltage power distribution systems. They provide necessary insulation and support for overhead lines, significantly reducing transmission losses and ensuring stable grid operation. By combating flashover risks and enhancing creepage distance, they ensure uninterrupted power flow, which is essential for both urban and rural electrification projects. As a supplier of examples of glass insulators, we prioritize quality and durability to meet the demanding needs of modern electrical infrastructure.
- What innovations are transforming the glass insulator market?
Recent advancements in material science and manufacturing techniques have revolutionized the glass insulator industry. Innovations like self-cleaning surfaces and enhanced mechanical designs are extending the operational life of these insulators. These improvements minimize maintenance needs and operational downtime. As a leading supplier offering cutting-edge examples of glass insulators, Huayao is at the forefront of these technological transformations, ensuring our products meet future energy transmission challenges.
- Why is the double-umbrella design preferred for glass insulators?
The double-umbrella design is highly effective in high-voltage applications due to its increased creepage distance. This configuration prevents flashover, especially in polluted or humid environments, enhancing overall grid reliability. Its alternating skirt sizes improve performance under diverse weather conditions, making it a popular choice among suppliers of examples of glass insulators.
- How do environmental conditions influence the selection of glass insulators?
Environmental factors like pollution, humidity, and temperature significantly impact the performance of glass insulators. Regions with high pollution levels require insulators with enhanced anti-fouling capabilities, such as the double-umbrella design. Understanding these conditions is crucial for suppliers, as choosing the right insulator type ensures durability and uninterrupted power transmission.
- What role do glass insulators play in renewable energy networks?
As renewable energy sources integrate into national grids, the role of reliable transmission infrastructure becomes crucial. Glass insulators play a pivotal part in connecting renewable projects to grids, ensuring efficient power flow. They support the dynamic loads associated with renewable sources like wind and solar. As a supplier of examples of glass insulators, we contribute to sustainable energy solutions worldwide.
- How do glass insulators enhance grid resilience?
Glass insulators contribute to grid resilience by providing robust insulation and mechanical support against environmental challenges. Their durable construction ensures minimal outages and maintenance needs, essential for modern grids facing increasing demand. This reliability makes them indispensable for power suppliers globally.
- What are the economic benefits of using glass insulators?
Glass insulators offer substantial economic advantages, reducing maintenance costs and prolonging infrastructure lifespan. Their durability minimizes replacements and operational disruptions. For suppliers, offering cost-effective solutions without compromising quality ensures customer satisfaction and long-term partnerships. As a trusted supplier of examples of glass insulators, Huayao is committed to providing both economic and high-performance benefits.
- Are there historical examples of glass insulators impacting industrial growth?
Historically, glass insulators have been instrumental in the expansion of telegraph and telephone networks, marking significant industrial growth phases. They enabled widespread communication, laying the foundation for the power distribution networks we see today. As collectors' items, they represent industrial innovation milestones. Modern suppliers continue this legacy by providing advanced examples of glass insulators that drive today's power systems.
- What considerations go into the design of glass insulators?
The design of glass insulators considers several factors, including mechanical strength, electrical performance, and environmental adaptability. Engineers must ensure they can withstand high voltages, mechanical stresses, and diverse climatic conditions. This comprehensive approach guarantees reliability and efficiency, central to a supplier's offerings of examples of glass insulators.
- What future trends can be anticipated in the glass insulator industry?
Future trends in the glass insulator industry include the development of more efficient, eco-friendly materials and designs to meet evolving grid demands. Suppliers are exploring new manufacturing technologies and coatings that enhance insulator lifespan and performance. As energy needs grow and environmental considerations become paramount, the industry will continue to innovate, offering sustainable solutions to global power challenges.
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