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A precision sintering solution designed for Ceramic Capacitors (MLCC), electronic ceramics, and Base Metal Electrodes (BME). By precisely controlling high-vacuum purging and hydrogen reducing atmospheres, it ensures zero oxidation of nickel/copper electrodes while optimizing the density and electrical properties of the ceramic dielectric.
This series of sintering furnaces is developed for the extreme purity and reducing atmosphere requirements of electronic ceramic components. Featuring a fully sealed 310S heat-resistant stainless steel muffle, combined with multi-stage vacuum systems and high-precision hydrogen control, it enables dynamic adjustment of oxygen partial pressure at processes up to 950°C. This resolves the oxidation challenges of base metal electrodes at high temperatures, ensuring high reliability and consistency.
| Item | Specifications |
|---|---|
| Muffle Material | 310S or Special Heat-resistant Stainless Steel |
| Pressure Rise Rate | ≤ 2 Pa/h (High vacuum standard) |
| H2 Safety System | Auto Ignition + Emergency N2 Purging System |
| Heating Elements | Swedish Kanthal or High-performance Alloys |
| Vacuum System | Mech Pump + Diffusion/Molecular Pump |
| Rated Temperature | 950°C (Stable operation within process range) |
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