Laboratory crucibles Conical - high - shape ( CCH )

Laboratory crucibles Conical - high - shape ( CCH )

spinel ( SP-30-G )

Al2O3 70% MgO 30%

Outer diameter
top (mm)		Outer diameter
bottom (mm)		Height (mm)Wall
thick-
ness
(mm)		Vol (ml) Lid
CCH-0030-AC 30 24 38 2 16
CCH-0035-AC 35 28 44 2 26
CCH-0040-AC 40 32 56 2 40
CCH-0045-AC 45 36 56 2 58
CCH-0050-AC 51 40 68 3 85
CCH-0060-AC 60 48 80 3 147
CCH-0070-AC 71 56 94 4 232
CCH-0099-AC 99 80 191 4 1050
CCH-0100-AC 100 80 125 4 657
CCH-0120-AC 122 100 157 4 1300

All data given are to be regarded as guide values.
For all crucibles there are suitable lids or cover plates. Talk to us about this.

back to the product overview

info about Spinel

In recent years, GTS research has developed Crucible program intensively developed further.

Both dense laboratory crucibles and porous, coarse-crystalline qualities for the melting process are the answer to interested customer requests.

Especially MgO-spinel is very popular because of its good thermal and chemical resistance to aggressive alkalis is a material in demand. In the field of battery research, GTS, together with the Fraunhofer Institute, has developed large-size sinter crucibles which are currently being tested in practice. Spinel crucibles are used in metallurgy because of their good slag resistance. The lotus effect is used for aluminium smelting and in the glass industry. The high thermal conductivity and relatively good thermal shock resistance (TWB) are particularly worth mentioning.

Special properties:

  • good thermal and chemical resistance against aggressive alkalis
  • high thermal conductivity
  • relatively good resistance to thermal shock