Factory-produced Porcelain Cable Supports for High Voltage
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Product Main Parameters
| Parameter | Value |
|---|---|
| Model Number | P-11-Y |
| Material | Porcelain |
| Rated Voltage | 11kV |
| Color | Brown/White |
Common Product Specifications
| Specification | Detail |
|---|---|
| Diameter | 135mm |
| Height | 140mm |
| Creepage Distance | 254mm |
| Cantilever Strength | 11kN |
Product Manufacturing Process
The manufacturing of porcelain insulators at Jiangxi Huayao Electric Co., Ltd follows a comprehensive process tailored to ensure high quality and performance. The initial step involves the precise mixing of raw materials to form a consistent batch, which is then shaped into blanks. These blanks undergo a drying phase to remove moisture, followed by glazing to enhance surface properties. The glazed components are placed in kilns for firing, a critical stage that solidifies the porcelain structure. Following this, assembly involves bonding ceramic parts with metal accessories using adhesives or mechanical clamps. Routine and specialized testing ensures all products meet stringent quality standards before packaging and dispatch.
Product Application Scenarios
Porcelain cable supports play an essential role in a variety of electrical installations, particularly in high voltage transmission and distribution networks. Their superior insulation and mechanical strength make them indispensable in power substations, ensuring safe and efficient connectivity between different electrical components. These supports are equally crucial in industrial settings, providing reliable support for complex cable arrangements in facilities such as manufacturing plants and refineries. The fire-resistant nature of porcelain also makes it suitable for environments with high fire safety requirements, ensuring operational safety in railways and public transport systems.
Product After-Sales Service
Our factory provides comprehensive after-sales support to ensure customer satisfaction. This includes timely assistance for any product-related queries, guidance for optimal product usage, and support for installation issues. Warranty services and replacement options for defective products are handled efficiently, reflecting our commitment to maintaining high service standards.
Product Transportation
We ensure safe and timely delivery of porcelain cable supports from our factory to your location. Products are packaged securely to prevent damage during transit, and our logistics partners ensure reliable delivery to both domestic and international destinations. Shipping options include ground, air, and sea freight, tailored to meet customer requirements.
Product Advantages
1. Our factory's porcelain cable supports provide unmatched electrical insulation, ensuring safety and reliability in high voltage applications.
2. The robust mechanical strength of our supports withstands high tension and weight, suitable for long-span installations.
3. Porcelain's thermal stability allows usage in varied temperature environments without compromising performance.
4. The chemical inertness of porcelain ensures prolonged durability with minimal maintenance, suitable for outdoor use.
5. Our supports' non-porous nature resists moisture absorption, ideal for humid and wet conditions.
Product FAQ
1. What is the purpose of porcelain cable supports?
Porcelain cable supports are crucial components in electrical systems, providing insulation and mechanical support to cables, preventing electrical faults and ensuring reliable power distribution.
2. How are these supports manufactured in your factory?
Our factory follows a meticulous process involving raw material preparation, shaping, drying, glazing, kiln firing, assembly, and rigorous testing to ensure high-quality production.
Product Hot Topics
1. Are porcelain cable supports suitable for high-voltage applications?
Yes, our factory-produced porcelain cable supports are designed specifically for high-voltage applications, offering excellent insulation and mechanical properties to handle the rigorous demands of power transmission and distribution networks. Their ability to withstand high electrical stresses, combined with durable material properties, makes them ideal for these environments.
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