Firing racks and plasma-sprayed zirconia nickel mesh for MLCC sintering

The production of modern multilayer ceramic capacitors (MLCC) imposes stringent requirements on high-temperature sintering processes, which directly determine product performance and reliability. To address the drawbacks of conventional sintering methods, we adopt an innovative solution: combining firing racks with plasma-sprayed zirconia nickel mesh, which greatly improves sintering efficiency and product quality.

Technical Highlights
1. Plasma-sprayed zirconia nickel mesh
  • A uniform zirconia coating is formed on the nickel mesh surface via plasma spraying technology.
  • It reduces surface contamination on MLCC products caused by traditional refractory materials.
2. Optimized design of firing racks
3. Efficient sintering process for direct MLCC bulk sintering on mesh
  • Adopted high-strength hollowed-out structure, which minimizes heat accumulation at high temperature and realizes energy-saving performance.
  • Stackable structure optimizes furnace space utilization and boosts production efficiency.
  • Excellent air permeability guarantees uniform sintering of MLCC finished parts.
  • Direct bulk sintering on zirconia-coated nickel mesh simplifies operating procedures and improves production efficiency.
  • It enhances sintering uniformity and ensures stable electrical performance of final products.
Scroll to Top