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China 11kV Porcelain Insulators for Transmission Lines

Short Description:

Jiangxi Huayao offers China 11kV porcelain insulators for efficient power distribution, ensuring durability and safety across various transmission lines.


Product Detail
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Product Details

Model Number52-3
MaterialPorcelain
Rated Voltage33kV
Mechanical Failing Load70kN
Diameter (D)255mm
Spacing (H)146mm
Creepage Distance295/320mm

Common Product Specifications

Dry Power-frequency Withstand Voltage70kV
Wet Power-frequency Withstand Voltage40kV
Dry Lightning Impulse Withstand Voltage100kV
Puncture Withstand Voltage110kV
Radio Influence Voltage Data10kV

Manufacturing Process

The manufacturing process of China 11kV porcelain insulators involves several precise stages to ensure quality and reliability. Initially, raw materials such as kaolin, feldspar, and quartz are meticulously mixed to form the ceramic base. The shaped blanks are then meticulously dried to eliminate moisture, followed by glazing, which provides a smooth and protective surface. The glazed insulators are placed into a kiln where high-temperature firing vitrifies the ceramic, enhancing its mechanical strength and insulating properties. Post-firing, the insulators undergo a glue assembly process to attach metal fittings securely. Routine tests, including high voltage and mechanical stress tests, ensure compliance with international standards before the finished products are carefully packaged for shipment. This process, rooted in traditional ceramic techniques, is continuously refined by referring to authoritative studies to enhance efficiency and output.

Application Scenarios

China 11kV porcelain insulators are integral to maintaining the integrity and efficiency of electrical power systems. These insulators are commonly utilized in overhead power lines, providing an essential barrier between live conductors and grounded structures. Their robust design makes them suitable for use in distribution substations, supporting electrical components and ensuring reliable power distribution. Furthermore, these insulators are employed in electrified railway systems to support overhead catenary wires, ensuring stable power supply for trains. Through ongoing research and innovation in material science, these insulators remain a cornerstone of electrical infrastructure, offering durability and performance across a wide range of environmental conditions.

Product After-Sales Service

Jiangxi Huayao provides comprehensive after-sales service for our China 11kV porcelain insulators. This includes a warranty period during which any manufacturing defects will be addressed promptly. Our technical support team is available to assist with installation guidance, operational troubleshooting, and maintenance advice to ensure the longevity of our insulators.

Product Transportation

Our China 11kV porcelain insulators are securely packaged in wooden cases and pallets to ensure safe transport. We offer flexible shipping options through ports in Ningbo and Shanghai, accommodating various international logistics requirements to deliver our products globally.

Product Advantages

  • Durability: Made from vitrified porcelain, ensuring long-lasting performance.
  • Mechanical Strength: Provides excellent support for electrical conductors, crucial for line integrity.
  • Resistance to Environmental Factors: Highly resistant to UV radiation, pollution, and chemicals.
  • Cost-Effective: Low maintenance costs due to superior longevity and reliability.

Product FAQ

  1. What is the primary material used in China 11kV porcelain insulators?

    The primary material is porcelain, made from a mix of kaolin, feldspar, and quartz, providing excellent electrical insulation and mechanical strength.

  2. How are the insulators tested for quality?

    Our insulators undergo rigorous testing, including power-frequency and mechanical load tests, to ensure they meet international standards.

  3. What are the common applications for these insulators?

    They are widely used in overhead power lines, substations, and electrified railway systems to provide critical electrical insulation.

  4. Do these insulators require special maintenance?

    China 11kV porcelain insulators are designed for low maintenance due to their durability and resistance to environmental conditions.

  5. How does porcelain compare to polymer insulators?

    Porcelain offers superior longevity and environmental resistance, though it is heavier than polymer alternatives.

  6. Are custom insulator designs available?

    Yes, Jiangxi Huayao can accommodate custom design requests to meet specific electrical and mechanical requirements.

  7. Can these insulators withstand harsh weather conditions?

    Yes, they are designed to perform under extreme conditions, including high humidity, salt spray, and temperature fluctuations.

  8. What is the typical lifespan of these insulators?

    With proper installation and maintenance, these porcelain insulators can last several decades.

  9. How do you ensure the sustainability of your manufacturing processes?

    Our processes are designed to minimize waste and energy consumption, aligning with international environmental standards.

  10. What certifications do your products hold?

    Our insulators are certified with ISO9001, ensuring compliance with global quality and safety standards.

Product Hot Topics

  1. Why choose China 11kV porcelain insulators for your power project?

    Choosing Jiangxi Huayao's China 11kV porcelain insulators guarantees a reliable and durable solution for your power distribution needs. Our insulators are made from high-quality materials that withstand environmental stress and offer excellent mechanical and electrical performance. With years of expertise and a commitment to quality, our insulators are trusted by customers worldwide.

  2. How do China 11kV porcelain insulators contribute to energy efficiency?

    By providing robust insulation between conductors and grounding structures, our porcelain insulators prevent energy loss and enhance the efficiency of power distribution networks. Their durability ensures long-term performance, reducing the need for frequent replacements and maintenance, which contributes to overall energy efficiency.

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