China Glass Insulators: Unique Designs from Outside North America
Product Main Parameters
Parameter | Value |
---|---|
Diameter (D) | 330 mm |
Spacing (H) | 195 mm |
Creepage Distance | 480 mm |
Coupling Size | 24 mm |
Mechanical Failing Load | 150 kN |
Tension Proof | 85 kN |
Dry Power-frequency Withstand Voltage | 80 kV |
Common Product Specifications
Model | Specification |
---|---|
UG70B146/450D | 16R, 280mm, 70kN |
UG120B146/450D | 16R, 280mm, 120kN |
Product Manufacturing Process
Huayao Electric Co., Ltd, a leader in China, employs an advanced manufacturing process for glass insulators, ensuring high performance and reliability. Each insulator begins with stringent raw material selection and automated batching, followed by precision melting and pressing techniques. Advanced tempering, coupled with rigorous cold and hot shock testing, guarantees resilience. The insulators undergo homogenization treatment, gluing, and thorough inspection, before packaging. Notably, Huayao's adherence to international standards like GB, ANSI, BS, and IEC secures their position as premier products used in power transmission globally.
Product Application Scenarios
Glass insulators from China, particularly outside North America, are pivotal in various applications, notably in power transmission and telecommunication. Their robust design withstands extreme weather conditions, making them ideal for use in tropical, desert, or mountainous regions. The durability of these insulators ensures stable operation of electrical grids, contributing to the reliability of power systems worldwide. The insulators' ability to endure harsh climates and maintain functionality makes them indispensable in ensuring continuous energy supply across different terrains and environmental landscapes.
Product After-Sales Service
Huayao offers comprehensive after-sales support, ensuring customer satisfaction and product longevity. Customers have access to expert technical assistance, including installation guidance and troubleshooting. The company guarantees product replacement or repair for manufacturing defects and prioritizes swift resolution of any issues, reinforcing their commitment to quality assurance and customer-centric service.
Product Transportation
To ensure the integrity of the glass insulators during transportation, Huayao employs robust packaging techniques that protect against physical and environmental damage. Products are shipped in reinforced containers, ensuring safe delivery to domestic and international clients from China and beyond.
Product Advantages
- High Durability: Glass insulators from China are engineered to withstand severe climatic conditions.
- Global Standards Compliance: Meets GB, ANSI, BS, DIN, AS, and IEC standards.
- Energy Efficiency: Optimized design for superior performance in power transmission.
Product FAQ
- What makes Huayao's glass insulators unique?
Huayao's glass insulators, produced in China, boast exceptional durability and specialized designs catering to diverse environmental challenges outside North America.
- How does the manufacturing process ensure quality?
The process involves stringent quality control, from material selection to final inspection, ensuring only high-quality insulators leave the factory.
- What environments are these insulators suitable for?
They are designed for extreme climates, including hot, rainy, desert, and mountainous areas, ensuring reliability and stability.
- Are these insulators suitable for high-voltage applications?
Yes, Huayao's insulators support high-voltage lines, accommodating 10kV to 500kV requirements with rigorous testing standards.
Product Hot Topics
- History of Glass Insulators:
Glass insulators have a rich history, particularly outside North America, where they've been instrumental in telecommunication and power industries. In China, these insulators represent the fusion of traditional craftsmanship and modern technology.
- The Role of Glass Insulators in Modern Power Grids:
The adaptability and resilience of glass insulators from China make them crucial for stable power transmission, ensuring efficient energy distribution across vast networks.
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