DST Canisters
DST canisters can be applied even at high temperatures and pressures, along with an outstanding chemical resistance. Several canisters are based on materials that are not producing any eddy current losses. DST offers a suitable solution for your requirement.
Specifications of properties for possible canisters:
|
canister construction |
MATERIals | pressure |
TEmperature |
size |
|---|---|---|---|---|
| Standard metallic canister | Hastelloy (1.4571/2.4610) | Vacuum up to 25 bar (depending on size) | -110 °C to +450 °C | 27 to 200 |
| Double wall canister |
Hastelloy (1.4571/2.4610) |
Vacuum up to 25 bar (depending on size), as special solution also possible up to 200 bar (with other materials) |
-110 °C to +450 °C | 60 to 200 |
| Titanium canister |
3.7165 (Titanium Gr. 5) (special solutions possible with Ti 6-2-4-6, Titanium Beta C/Grade 19 and other Titanium materials) |
Vacuum up to 320 bar (depending on size) | -196 °C to +350 °C |
27 to 200 (special solutions up to 450) |
| PEEK canister |
PEEK, 30 % carbon fibre reinforcced |
Vacuum up to 16 bar* (*16 bar at 20 °C, 10 bar at 120 °C) |
-196 °C to 120 °C | 75 to 165 |
| Ceramic canister |
Zr2MgO |
Vacuum up to 17 bar | -30 °C to 450 °C | 60 to 200 |
| CFK/PTFE canister | Carbon fibre with PTFE in-liner | At least 2 bar up to 63 bar | -20 °C to 180 °C | Custom-specific |
| BOROHYDRACAN® |
Borosilicates |
Vacuum up to 16 bar |
-196 °C to 450 °C (thermal shock resistence) |
27 to 110 |
