XMCERA offers a full range of solutions for supporting parts during sintering in reducing or oxidizing
atmospheres up to 1850ºC.
XMCERA has the industry's broadest range of manufacturing methods - including vacuum forming,
casting, pressing and CNC machining. Mullite, alumina and alumina-zirconia compositions are available for
applications in sintering of technical ceramic, electronic ceramic, and powder metal parts.
Properties
1. Excellent permeability
2. Excellent binder removability
3. Strong against thermal shook
4. Low heat capacity
5. No warping
6. Available in various sizes and shapes
7. Lightweight and easy handling
Technical Ceramics
Ø For firing of heavy loads pressed mullite and mullite-alumina plates have excellent resistance to
sagging. Engineered compositions make smooth and flat surfaces possible while maintaining
excellent thermal shock properties.
Ø For small parts firing, XMCERA offers machinable, low mass alumina fiber based compositions that
eliminate the need for costly hard tooling. This allows manufacturers to customize setter
configuration without costly mold charges. Low mass setters exhibit excellent thermal shock
properties and by reducing the mass of the overall furnace load. This enables rapid furnace
turnaround for firing parts that can withstand rapid cooling rates.
Applications
1) For sintering electric parts
Alumina Material: Capacitor, PTC, PZT, Varister, Serdip, Inductor, Ferrite
Zirconia Material: MLCC, Ni-MLCC, PTC, PZT, Disc Capacitor, Ferrite
2) For sintering sintered metal
Powder metallurgy, MIM, oil-less metal
For sintering other ceramics
Alumina ceramics, zirconia ceramics, powder body temporary sintered,
crystallized glass, bone china, ceramic ware
3) For more widely application:
magnetic materials
MIM power metallurgy
ceramic substrate
zirconia ceramic
high temperature sintering