| Silicate
ceramics |
| Alcaline-alumino
silicate |
C
100 |
| Siliceous porcelain, plastic
forming |
C 110 |
| Siliceous porcelain, pressed |
C 111 |
| Crystobalite porcelain, plastic
forming |
C 112 |
| Aluminous porcelain |
C 120 |
| Aluminous porcelain, high-strength |
C 130 |
| Lithium porcelain |
C 140 |
| Magnesium
silicate |
C
200 |
| Low-frequency steatite |
C 210 |
| Standart steatite |
C 220 |
| Low loss steatite |
C 221 |
| Porous steatite |
C 230 |
| Forsterite, porous |
C 240 |
| Forsterite, dens |
C 250 |
| Titanate
and other ceramics with a high permittivity factor |
C
300 |
| Basis titan dioxide |
C 310 |
| Basis magnesium titanate |
C 320 |
| Titan dioxide and other oxides |
C 330 |
| Titan dioxide and other oxides |
C 331 |
| Basis calcium and strontium
bismuth titanate |
C 340 |
| Basis ferroelectric perovskite |
C 350 |
| Basis ferroelectric perovskite |
C 351 |
| Basis ferroelectric
perovskite |
C
400 |
| Cordierite, dense |
C 410 |
| Celsian, dense |
C 420 |
| Basis calcium oxide, dense |
C 430 |
| Basis zircon |
C 440 |
| Porous alumino
silicate and magnesium alumino silicate |
C
500 |
| Aluminium silicate basis |
C 510 |
| Magnesium alumino silicate
basis |
C 510 |
| Magnesium alumino silicate
basis |
C 512 |
| Cordierite basis |
C 520 |
| Aluminium silicate basis |
C 530 |
| Mullite
ceramic with low alkaline content |
C
600 |
| Mullite ceramic with 50% bis
65% Al2O3 |
C 610 |
| Mullite ceramic with 65% bis
80% Al2O3 |
C 620 |
| Oxide
ceramics |
| Ceramics
with high aluminium oxide content |
C
700 |
| High alumina Al2O3
ceramic, > 80% to 86% Al2O3 |
C 780 |
| High alumina Al2O3
ceramic, > 86% to 95% Al2O3 |
C 786 |
| High alumina Al2O3
ceramic, > 95% to 99% Al2O3 |
C 795 |
| High alumina Al2O3
ceramic, 99% Al2O3 |
C 799 |
| Alumina
oxide with specified Al2O3 content
according to manufactures specifications |
|
| Oxide ceramic
materials of other type than Al2O3 |
C
800 |
| Beryllia ceramics, |
C 810 |
| dense magnesia ceramics (MgO) |
|
| porous magnesia according to manufactures specifications
(MgO) |
C 820 |
| Zirconia (standardised untill 1996
as C 830) |
|
Zirconia according to
manufactures specification
|
· |
|
Zirconia partially
stabilised (PSZ) |
| · |
fully stabilised
(FSZ) |
| · |
tetragonal polycrystaline
(TZP) |
|
|
| Aluminium
titanate (AT) |
| Piezo ceramic (PZT) |
|
| Silicon oxide ceramic (opaque
silicia glass) |
|
| Spinel (MgO Al2O3) |
|
| Titania (TIO) |
|
| Barite (BaO) |
|
| Nonoxide
ceramics |
| Non toxic
ceramic insulation materials |
C
900 |
| Carbide |
|
Silicon carbide (SC)
|
· |
|
Recrystallized (RSC) |
| · |
Nitride bounded (NSC) |
| · |
Sintered (SSC) |
| · |
Silicon infiltrated
(SISC) |
| · |
Hot pressed (HPSC, HIPSC)
boron carbide (B4C) |
|
|
| Nitride |
|
| Silicon nitride, reaction
bonded, porous silicon nitride,dense silicon nitride (SN)
according to manufacturers specifications |
C 930 |
|
· |
|
Sintered (SSN) |
| · |
Reaction bonded
(RBSN, SRBSN) |
| · |
· Hot pressed
(HPSN) silicon nitride (e.g. SIALON) |
|
|
| Aluminium nitride (AIN) |
C 940 |
| Aluminium nitride (AIN)
according to manufacturers specifications |
|
| Boron nitride |
|
| Boron nitride according
to manufactuerers specifications (CBN and HBN) |
|
| Titan nitride (TiN) |
C 910 |
| Multitype nitride |
C 920 |
Material overview