Wholesale Porcelain Shackle Insulator for High Voltage
Product Details
Model Number | U120B |
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Material | Porcelain |
Rated Voltage | 33kV |
Color | Brown/White |
Brand | Huayao |
Place of Origin | Jiangxi, China |
Certification | ISO9001 |
Dimensions | Diameter: 255mm, Spacing: 146mm |
Creepage Distance | 295/320mm |
Common Product Specifications
Mechanical Failing Load | 120kN |
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Tension Proof | 50kN |
Dry Power-frequency Withstand Voltage | 70kV |
Wet Power-frequency Withstand Voltage | 40kV |
Dry Lightning Impulse Withstand Voltage | 100kV |
Puncture Withstand Voltage | 110kV |
Product Manufacturing Process
The manufacturing process of porcelain shackle insulators at Jiangxi Huayao Electric Co., Ltd. is optimized to ensure the highest quality of product. The process begins with the careful selection and mixing of raw materials, which are then shaped into blanks. These blanks undergo a drying process followed by glazing, which enhances their durability and weather resistance. Once glazed, the insulators are fired in kilns to achieve the necessary structural properties. After the firing, the insulators undergo a gluing assembly process, and are subjected to routine and specialized tests to ensure they meet quality standards. This rigorous process ensures that each porcelain shackle insulator is capable of withstanding the mechanical and electrical stresses typical in high-voltage applications.
Product Application Scenarios
Porcelain shackle insulators are integral to maintaining the safety and efficiency of power transmission systems. They are predominantly used in low-voltage distribution networks ranging from 230 to 440 volts and are especially common in both urban and rural settings. These insulators are designed to support and isolate electrical conductors, preventing any unwanted flow of electricity to the ground. Their robust design makes them ideal for installations requiring angle or dead-end pole configurations, ensuring the electrical and mechanical integrity of the lines. The combination of high dielectric strength, thermal stability, and durability makes porcelain shackle insulators a reliable choice for numerous power distribution applications.
Product After-Sales Service
Jiangxi Huayao Electric Co., Ltd. offers comprehensive after-sales services to ensure customer satisfaction. This includes technical support for installation and maintenance, warranty services, and replacement options for defective products. Our dedicated customer service team is available to address any inquiries or issues, ensuring that our clients receive the highest level of support.
Product Transportation
The porcelain shackle insulators are carefully packaged in standard export packaging to ensure safety during transportation. We provide a fast and efficient shipping service, with delivery ports in Ningbo and Shanghai. Our logistics team coordinates with reliable carriers to ensure timely delivery of orders worldwide.
Product Advantages
- High Dielectric Strength: Ensures safety by preventing electric current flow.
- Durability: Resistant to weather and mechanical stresses, ensuring long service life.
- Thermal Stability: Operates effectively over a wide temperature range.
- Low Maintenance: Minimal upkeep required, reducing operation costs.
Product FAQ
- What is the main use of a porcelain shackle insulator? The main use is to support and isolate electrical conductors in power distribution systems, preventing electric current from diverting to grounding structures.
- How does the porcelain material benefit the insulator? Porcelain offers excellent insulating properties, mechanical strength, and resistance to environmental factors, ensuring reliability and a long lifespan.
- Can these insulators be used in high-voltage applications? While primarily used in low-voltage lines, porcelain shackle insulators can be employed in specific high-voltage applications depending on configuration requirements.
- What maintenance do porcelain shackle insulators require? They require minimal maintenance, primarily inspections to ensure they remain securely attached and free from cracks or other damage.
- What are the shipping terms for wholesale orders? We offer flexible shipping terms, including FOB and CIF, through major ports like Ningbo and Shanghai.
- What is the lead time for bulk orders? Bulk orders typically have a lead time of 4-6 weeks, depending on order size and current production levels.
- How are the insulators packaged for transportation? Insulators are packaged in sturdy, export-grade boxes to prevent damage during transit.
- What certifications do your products hold? Our insulators are ISO9001 certified, ensuring they meet international quality management standards.
- Can I request a sample before placing an order? Yes, we offer sample requests for certain products, allowing clients to assess quality before committing to large orders.
- Do you provide installation support? While we don't offer on-site installation, we provide comprehensive technical support and guidance to ensure proper installation.
Product Hot Topics
- Improving Insulation with Porcelain Shackle Insulators Porcelain shackle insulators are critical in enhancing the insulation of power lines by preventing electricity from leaking into supporting structures. In regions with high humidity or pollution levels, these insulators are essential for maintaining power line efficiency. The robust construction and durable material help protect against weather-induced wear and tear, ensuring a reliable barrier against electrical leakage. By maintaining high dielectric strength, porcelain shackle insulators support consistent power delivery, even in challenging environmental conditions.
- The Role of Shackle Insulators in Modern Power Networks As power grids expand to meet rising energy demands, the role of insulators becomes increasingly significant. Porcelain shackle insulators offer a reliable solution for safeguarding conductors and maintaining overall grid stability. With their ability to withstand mechanical stress and environmental factors, these insulators are a preferred choice for many utility companies. Their adoption in various nations underscores their efficacy in supporting sustainable power distribution.
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