Factory-Direct High Voltage Glass Insulator U100BL

Product Details

Common Product Specifications

Product Manufacturing Process

According to authoritative sources, the manufacturing process of glass insulators involves careful selection and screening of raw materials, followed by an automated batching process. The mixture is then melted and shaped to design specifications. After forming, the insulator undergoes uniform tempering to enhance durability and is subjected to both cold and hot impact testing. The final stage includes homogenization treatment, gluing, and thorough inspection before packaging.

Product Application Scenarios

Glass insulators like the U100BL are critical in high voltage transmission lines, acting as an electrical insulator to provide support and separation between conductors and towers. Their application in overhead lines ensures the stability of the power grid by maintaining electrical isolation and preventing short circuits. The ability of glass to act as an insulator rather than conductor ensures efficient power transmission even in varying environmental conditions.

Product After-Sales Service

Our factory offers comprehensive after-sales service including installation guidance, warranty support, and readily available customer service for inquiries and troubleshooting.

Product Transportation

Products are securely packed in wooden cases to prevent damage during transit, and shipped via ports in Ningbo and Shanghai with a robust supply ability ensuring timely delivery.

Product Advantages

• Manufactured with advanced technology imported from Germany and Italy.
• Reliable insulation properties as glass is insulator not conductor.
• Durable and resistant to environmental factors.
• High precision and quality control throughout the production process.
• Competitive factory-direct pricing.

Product FAQ

• What makes glass an insulator? Glass has a large band gap that prevents electrons from moving freely, thus making it an excellent insulator.
• Why choose factory-direct products? Factory-direct products ensure better quality control, competitive pricing, and faster delivery.
• How does the U100BL perform in harsh environments? The U100BL is designed to withstand various environmental conditions, thanks to its durable materials and advanced manufacturing process.
• Can glass insulators conduct electricity? Typically, no. Glass is an insulator because it restricts electron movement, preventing electrical conduction.
• What is the production capacity of the factory? Our factory can produce over 6 million pieces of AC and DC glass insulators annually.
• What certification does the product have? The U100BL glass insulator is ISO9001 certified.
• What is the significance of the creepage distance? Creepage distance affects the insulator’s ability to resist surface electrical discharge, crucial for high voltage applications.
• What type of glass is used in the insulator? Toughened glass is used due to its strength and durability.
• What are the payment terms? Payment terms can be discussed with our sales team to meet your procurement requirements.
• How is quality assurance managed? The factory employs strict quality controls, from raw material selection to final product testing.

Product Hot Topics

• Is glass an insulator or conductor? By nature, glass is an insulator due to its structure, which prevents free electron movement. This intrinsic property makes it highly suitable for use in electrical insulators in power transmission systems.
• Why is factory-direct pricing advantageous? Purchasing directly from the factory means eliminating middlemen, resulting in cost savings for customers. Moreover, factory-direct sales often ensure better after-sales support and product availability.
• How does the U100BL contribute to energy efficiency? The U100BL's design ensures minimal power loss and maximizes system reliability in power grids. As glass is an insulator, it prevents leakage current, thus enhancing overall energy efficiency.
• Environmental benefits of glass insulators Glass insulators are chemically inert and do not corrode, which means they last longer and reduce environmental waste. Their durability leads to fewer replacements over time, contributing to sustainability.
• The role of technology in manufacturing glass insulators The use of technology from Germany and Italy allows the factory to maintain high precision and quality, ensuring the glass insulators meet international standards for safety and performance.
• Challenges in the glass insulator market Despite being one of the leading manufacturers, competition and the need for constant innovation present challenges to sustaining market leadership and meeting evolving industry demands.
• The future of glass insulator technology Advances in material science may soon yield glass materials that can combine insulating with conductive properties, opening new possibilities in applications like photovoltaic cells and smart grids.
• Quality control measures in insulator production At the factory, quality control measures are implemented at every stage of production to ensure that only the best products reach customers, reinforcing the factory's reputation for reliability.
• Customization options for glass insulators The factory can offer tailored solutions to meet specific requirements, which could involve adjustments in design or material composition based on customer needs.
• The role of research and development Continuous investment in R&D is crucial for maintaining a competitive edge, improving product quality, and exploring innovative applications of glass insulator technology.

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