Super Plate > Vacuum Brazed
The advantages of vacuum brazing include uniform heating, precise temperature control, no need for post-cleaning processes, and process repeatability.
Product Overview
This vacuum brazing process uses high temperatures and a controlled atmosphere to join metal materials, creating extremely strong and durable joints. Vacuum brazing is particularly advantageous due to its ability to reduce oxidation and ensure a solid connection between materials.
Highlights
- High Temperature Resistance: The cooling plates can operate efficiently in high-temperature conditions, maintaining optimal performance even in challenging environments.
- Excellent Thermal Conductivity: Vacuum Brazed technology ensures superior heat conduction, essential for applications requiring rapid thermal exchange.
- Minimal Porosity: The vacuum brazing process results in joints with minimal defects and porosity, enhancing the component’s reliability.
- Long-lasting Durability and Reliability: The joints created through Vacuum Brazed technology offer greater longevity, reducing the need for maintenance and replacement.
Catalog SuperPlate
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