High-voltage ceramic feedthrough: one of the safest and most efficient vacuum system transmission components
Facilitate seamless power transmission within your high-vacuum environment with our high-voltage ceramic feedthrough. This meticulously designed solution empowers a variety of applications demanding stable and reliable high-voltage performance.
Core Selling Points:
- High-Voltage Tolerance: Rated voltage of 10-40 kVDC, catering to diverse high-voltage applications.
- Premium Ceramic Materials: High-performance ceramics as dielectric components ensure exceptional electrical insulation and corrosion resistance.
- Customizable Options: Available in various sizes and voltage configurations, with the ability to tailor them to your specific requirements (link to custom solutions page on https://ggsceramic.com).
- Swift Connection/Disconnection: The design enables quick installation and removal, enhancing work efficiency.
Product Details and Features:
- Corona-Resistant Design: The unique conical interface sealing structure effectively prevents the corona phenomenon, guaranteeing stable power transmission.
- Extensive Applications: Perfect for various scenarios like power supplies, satellite navigation systems, medical scanning equipment, laser equipment, and land-based/airborne radar systems.
- Cost-Effective: Our standard high-voltage connectors can be adapted for cost-efficiency, and we can also develop entirely new products for your specific application.
Why Choose GORGEOUS?
- Superior Quality Standards: Our ceramic feedthroughs are crafted from high-quality materials adhering to strict standards, ensuring long-term, stable performance.
- Faster Delivery: Our streamlined production process guarantees prompt order fulfillment.
- Unparalleled Customization: Our expert team can modify existing products or develop entirely new designs to meet your specific needs.
- Comprehensive Services: We offer one-stop services, from prototype design to mass production, ensuring a smooth project experience.
Your Areas of Application:
1. Power Systems: Your Guardian of Power Transmission
Power Transmission and Distribution Equipment: High-voltage ceramic feedthroughs, as crucial components of transformers and insulators, can withstand extremely high voltages. This ensures your power system’s stable operation in high-voltage environments. Their exceptional insulation performance and voltage resistance provide reliable protection for your power transmission. Whether on the main power grid line or at the distribution system’s end, high-voltage ceramic feedthroughs guarantee stable power transmission, minimize energy losses, and improve the overall power system’s efficiency.
Metering, Energy Storage, and Voltage Division Products: In metering, energy storage, and voltage division products, the ultra-high stability and precision of high-voltage ceramic feedthroughs can meet your stringent requirements for partial discharge and other crucial factors. For instance, in smart grids, high-voltage ceramic feedthroughs can accurately measure and distribute electricity, ensuring the power grid’s stable operation and efficient energy use. They can also play a vital role in energy storage systems, enhancing the reliability and service life of energy storage equipment.
2. Medical Equipment: Supporting Your Medical Diagnosis
X-ray Generators and Medical Imaging Equipment: In medical equipment, high-voltage ceramic feedthroughs are core components of medical diagnosis and treatment technologies like X-ray imaging. They can generate high-voltage electric fields stably to provide clear and accurate images for your medical equipment. Whether in a hospital’s radiology department or a scientific research institution’s laboratory, high-voltage ceramic feedthroughs can provide unwavering support for medical diagnosis and treatment.
3. Communication Equipment: Ensuring Uninterrupted Communication
High-Frequency Power Supply and High-Voltage Switch: In communication equipment, high-voltage ceramic feedthroughs, as key components of high-frequency power supply and high-voltage switch, provide your communication equipment with a stable power supply and reliable switching function. Their exceptional performance ensures that your communication equipment can operate normally in a high-voltage environment, and the communication quality remains unaffected by power fluctuations or interference. Whether in base stations, switches, or routers, high-voltage ceramic feedthroughs can play a crucial role in guaranteeing uninterrupted communication.
4. Aerospace: Explore a Wider World
Application in Complex Space Environments: In the aerospace field, high-voltage ceramic feedthroughs have become vital components of systems like solid oxide fuel cells and hydrogen fuel cells due to their excellent high-temperature resistance, radiation resistance, and chemical stability. They can provide you with electrical or hermetic sealed connections, separate hydrogen and oxygen, and ensure your aerospace equipment’s stable operation in extreme environments. Whether in space exploration, satellite communications, or air transportation, high-voltage ceramic feedthroughs can provide reliable technical support for the aerospace field.
5. Industrial and Scientific Fields: Versatile Applications
High-voltage ceramic feedthroughs excel in various industrial and scientific applications beyond those mentioned above. Their versatility and adaptability make them suitable for a wide range of equipment and processes requiring reliable high-voltage power transmission.
Don’t let power transmission problems hinder your vacuum system applications. Contact us now and send an inquiry to get more detailed information about high-voltage ceramic feedthroughs. Our sales engineers are ready to provide you with professional advice and support to find the most suitable solution. Let’s collaborate to create a more efficient and reliable power transmission environment for your vacuum system.
