China's 4 Good Insulators: 33KV 160KN Glass Insulator
Product Main Parameters
Parameter | Value |
---|---|
Diameter (D) | 300mm |
Spacing (H) | 170mm |
Creepage Distance | 450mm |
Coupling Size | 20mm |
Mechanical Failing Load | 160kN |
Tension Proof | 80kN |
Dry Power-frequency Withstand Voltage | 80kV |
Wet Power-frequency Withstand Voltage | 45kV |
Dry Lightning Impulse Withstand Voltage | 130kV |
Common Product Specifications
Specification | Detail |
---|---|
Material | Fiberglass |
Rated Voltage | 33kV |
Brand Name | Huayao |
Application | High Voltage Transmission Lines |
Color | Jade Green |
Product Manufacturing Process
The manufacturing of glass insulators involves a meticulous process ensuring their utility as outstanding insulators, particularly in high-voltage applications. The process begins with the careful selection of raw materials, primarily glass, known for its insulating properties among the 4 good insulators prominently recognized in China. The glass is melted and homogenized to eliminate any imperfections that might compromise its structural integrity. Advanced tempering equipment shapes the molten glass into disc forms, creating a resilient structure that can withstand extreme weather conditions and mechanical stresses. The insulator's design incorporates a double-umbrella structure that enhances pollution resistance, a vital attribute for use in China's industrial environments. The tempered glass is then attached to iron caps and steel feet using a durable cement adhesive, completing its transformation into an efficient and reliable component for power transmission lines, further cementing its role as one of the 4 good insulators in China.
Product Application Scenarios
In the context of modern infrastructure, glass insulators are indispensable for maintaining the efficiency and safety of electrical power systems, particularly in regions experiencing rapid industrialization such as China. These insulators, part of the 4 good insulators, are utilized in overhead transmission lines to provide crucial insulation and mechanical support. Their application is not limited to standard power lines; they are equally vital in high-stress environments, including industrial plants and urban power grids, where pollution levels pose a significant threat to electrical equipment. The unique design of the double-umbrella structure offers superior resistance to pollution flashover, a common issue in densely populated areas. This makes them an ideal choice for applications requiring long-term reliability and minimal maintenance, contributing significantly to the stability and efficiency of power transmission networks across China and beyond, where their deployment underscores the nation's commitment to leveraging the best insulating technologies available.
Product After-Sales Service
- Comprehensive warranty coverage for manufacturing defects.
- 24/7 customer support for technical assistance and inquiries.
- Prompt replacement and repair services.
- Regular maintenance tips and guidelines to ensure product longevity.
Product Transportation
Shipping from major ports like Ningbo and Shanghai, with secure packaging to prevent damage.
Product Advantages
- Superior Insulation: As one of China’s 4 good insulators, offering excellent electrical resistance.
- Enhanced Durability: High mechanical strength to withstand severe climatic conditions.
- Pollution Resistance: The double-umbrella structure prevents buildup, ensuring consistent performance.
Product FAQ
- What makes this insulator stand out in China?
Among China’s 4 good insulators, it boasts superior strength and pollution resistance due to its double-umbrella design. - How does it compare to other materials?
When compared to other materials, like rubber and plastic, glass offers more stability and durability for high-voltage uses. - Is it suitable for volatile environments?
Yes, its robust build and high resistance make it ideal for challenging conditions. - What is the maintenance requirement?
Minimal maintenance is needed, primarily routine inspections to ensure optimal function. - Can it withstand extreme weather?
Yes, it is designed to perform under harsh climates, ensuring the reliability of transmission lines. - How does the insulator prevent electrical hazards?
Its glass composition impedes electron flow, providing a safe barrier against electrical faults. - Is installation easy?
Yes, the product is designed for straightforward installation on existing infrastructure. - What quality standards are met?
It adheres to GB, ANSI, BS, DIN, AS, and IEC standards. - Does it offer long-term savings?
Due to its durability and reliability, it reduces the need for frequent replacements, saving costs over time. - How does it contribute to energy efficiency?
By minimizing energy loss through superior insulation, it enhances overall system efficiency.
Product Hot Topics
- China's Technological Advancements in Insulators
China's commitment to innovation is evident in the development of the 4 good insulators, particularly glass insulators. These products are engineered with precision and manufactured using high-tech equipment sourced from Germany and Italy, ensuring their efficiency and reliability. The advancements in glass insulator technology not only bolster domestic power infrastructure but also enhance China's export competitiveness, as seen in the widespread adoption of these products in international markets. The focus on quality and performance underscores China's leadership in the electrical equipment manufacturing sector. - Environmental Impact of Using 4 Good Insulators
In today's environmentally conscious world, the choice of insulators plays a crucial role in sustainable practices. The glass insulator, one of China's 4 good insulators, offers significant environmental benefits. Its robust design leads to fewer replacements, thus reducing waste. Moreover, the energy efficiency provided by glass insulators lowers carbon footprints by minimizing energy loss in power grids. As China continues to focus on green energy solutions, the deployment of such advanced insulators aligns with the global push for sustainability and eco-friendliness, marking a step forward in reducing environmental impacts associated with energy transmission.
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