 JAUST
Ihr Spezialist für Rohre,
Rohrleitungen,
Komponenten,
Verbindungsteile,
Armaturen, Apparate,
Behälter für
die technologische
Forschung, Entwicklung
und Produktion gem.
individuellen
Kundenvorgaben und
Anforderungen
aus
TITAN -
Werkstoffen:
Fertigung
von
- Titan-Rohrleitungen
- Titan-Rohre
- Titan-Komponenten
- Titan-Apparate
- Titan-Behälter
- Titan-Druckbehälter
- Titan-Druckrohrleitungen
- Titan-Druckrohre
- Titan-Verbindungsteile
- Titan-Plasmateile
- Titan-Bögen
- Titan-Flansche
- Titan-Ringe
- Titan-Ronden
- Titan
Halbzeugen
- Titan-Rundmaterial
- Titan-Stabstahl
- Titan-Bleche
- Titan-Armaturen
- Titan-Kugelhähne
- Titan-Zeichnungsteile
- Titan-Schweißteile
- Titan-Drehteile
Zum
Einsatz kommen
Nahtlose Rohre:
Abmessungen
von 2,0 mm AD bis 230 mm
AD
Wanddicken von 0,3 mm bis
18 mm je nach AD
Herstellängen je nach AD
x Wand bis zu 16 m
Prüfungen: ASTM B338,
DIN 17861, APZ 3.1 EN
10204 3.1
Plasmateile nach
Zeichnung:
V-Flansche,
Ringe, Targets etc.
Abmessungen:
Ringe
50 mm AD bis 5000 mm AD
30 mm ID bis 1200 mm ID
Dicke 10 mm bis 100 mm
Werkstoffe:
TITAN Gr 1, 2, 3, 4, 5,
6, 7, 9, 12, 23
Prüfungen: ASTM, AMS BS,
Mil, APZ 3.1
Zertifizierung
und Fertigung
geschmiedeter
Rundmaterialien:
Stabstahl/
Forging / Bar:
| Spezifikation: |
ASTM B
381/ ASME SB 381/ ASME SB
348
ASTM B/ ASME SB 493/ ASTM
B /ASME SB 550
ASTM B/ ASME SB 160 AMS
4928, DIN, JIS |
| Werkstoffe: |
TITAN Gr.
1, 2, 3, 5, 9, 12, Zr 702
etc. |
| Abmessung: |
6 mm
Durchm. – 350 mm |
Rohblöcke/
Ingot:
| Werkstoff: |
Gr. 1, 2,
3, 5, 9, 12 etc. |
| Abmessung: |
430 mm
Durchm. – 1020 mm
Durchm. |
| Stück-Gewichte: |
1 –
12 Tonnen |
Bleche
warm – und
kaltgewalzt – Plate
und Sheet:
| Spezifikation: |
ASTM B/
ASME SB 265/ ASTM B/ ASME
SB 551
DIN, JIS, |
| Werkstoff: |
TITAN-Gr.
1 , 2, 3, 5, 9, 12, Zr
702 etc. |
Bleche
warm gewalzt - Plate:
| Abmessungen: |
Dicke : 4
mm – 100 mm
Breite: 800 mm –
2600 mm
Länge: max. 12000 mm |
Bleche
kalt gewalzt - Sheet:
| Abmessungen: |
Dicke:
0,4 mm – 4,0 mm
Breite: 800 mm –
1560
Länge: 1000 – 6000
mm |
Werkstoff-Prüfzeugnisse:
WAZ EN 10204 3.1
Armaturen/
Kugelhähne aus Titan
Grade 2 und Grade 5:
Ti
A202 Full Bar Machined
1000PSI Two Pieces Full
Bore Ball Valve:
Design
Features:
-
Machines by bar Material
-
Valve design as per ANSI
B.16.34
-
2-Pieces Body Design.
Full Bore
-
Blow-Out -Proof Stem
Design
-
End Connection NPT /
BS21(BSP) / (BSPT) / ISO
228-1 / DIN 2999/ ISO 7-1
Rp
-
NACE MR0175 is available
Ti
A302 Full Bar Machined
1000PSI Three Pieces Full
Bore Ball Valve:
Design
Features:
-
Machines by bar Material
-
Valve design as per ANSI
B.16.34
-
3-Pieces Body Design.
Full Bore
-
Blow-Out -Proof Stem
Design
-
End Connection NPT /
BS21(BSP) / (BSPT) / ISO
28-1 / DIN 2999 / ISO 7-1
Rp
-
ANSI B16.11/ ANSI B16.25
-
NACE MR0175 is available
Ti
A216 ANSI Class 150 Two
Pieces Flanged Ball
Valve:
Design
Features:
-
Machines by bar Material
-
Valve design as per ANSI
B.16.34
-
2-Pieces Body Design.
Full Bore
-
Blow-Out -Proof Stem
Design
-
Flange Face to Face ANSI
B16.10 Class 150/300 RF
-
Flange Dimensions ANSI
B16.5 Class 150/300
-
NACE MR0175 is available
Available
Material: Titanium ASTM
B381 GR.F2 and GR. F5
Zulassungen:
| |
z.B.
Lloyds – Register
25. August 2018
Titanium ALLoys Bars,
Alloys Forgings,
Tube+Pipe,
Sheet + Plate, Zirkonium:
Zirkonium Alloys bars,
Zirkonium Forgings,
Zirkonium Alloys Tube +
Pipe,
Zirkonium Alloys sheet +
Plate,
ISO 9001: 2008, GBT/T
19001 – 2008
ergänzt
bis 25. August 2018, GL,
DNV, AS Aerospace
AS9100C.etc... |
Bauteile
aus nachfolgenden
Titan-Werkstoffen:
| Grade 1 |
Unalloyed
titanium, low oxygen, low
streght |
| Grade 2 |
Unalloyed
titanium, standard
oxygen, medium strengt |
| Grade 3 |
Unalloyed
titanium, medium oxygen,
high strength |
| Grade 4 |
Unalloyed
titanium, high oxygen,
extra high strength |
| Grade 5 |
Titanium alloy
(6% aluminum, 4%
vanadium) |
| Grade 7 |
Unalloyed
titanium plus 0.12% to
0.25% palladium, standard
oxygen, medium strength |
| Grade 9 |
Titanium alloy
(3% aluminum, 2.5%
vanadium), high strength.
Mainly aerospace
applications |
| Grade 11 |
Unalloyed
titanium plus 0.12% to
0.25% palladium, low
oxygen, low strength |
| Grade 12 |
Titanium alloy
(0.3% molybdenum, 0.8%
nickel), high strength |
| Grade 13 |
Titanium alloy
(0.5% nickel, 0.05%
ruthenium), low oxygen |
| Grade 14 |
Titanium alloy
(0.5% nickel, 0.05%
ruthenium), standard
oxygen |
| Grade 15 |
Titanium alloy
(0.5% nickel, 0.05%
ruthenium), medium oxygen |
| Grade 16 |
Unalloyed
titanium plus 0.04% to
0.08% palladium, standard
oxygen, medium strength |
| Grade 17 |
Unalloyed
titanium plus 0.04% to
0.08% palladium, low
oxygen, low strength |
| Grade 18 |
Titanium alloy
(3% aluminum, 2.5%
vanadium plus 0.04% to
0.08% palladium) |
| Grade 19 |
Titanium alloy
(3% aluminum, 8%
vanadium, 6% chromium, 4%
zirconium, 4% molybdenum) |
| Grade 20 |
Titanium alloy
(3% aluminum, 8%
vanadium, 6% chromium, 4%
zirconium, 4% molybdenum)
plus 0.04% to 0.08%
palladium |
| Grade 21 |
Titanium alloy
(15% molybdenum, 3%
aluminum, 2.7% niobium,
0.25% silicon) |
| Grade 23 |
Titanium alloy
(6% aluminum, 4%
vanadium, extra low
interstitial, ELI) |
| Grade 24 |
Titanium alloy
(6% aluminum, 4%
vanadium) plus 0.04% to
0.08% palladium) |
| Grade 25 |
Titanium alloy
(6% aluminum, 4%
vanadium) plus 0.3% to
0.8% nickel and 0.04% to
0.08% palladium |
| Grade 26 |
Unalloyed
titanium plus 0.08% to
0.14% ruthenium, standard
oxygen, medium strength |
| Grade 27 |
Unalloyed
titanium plus 0.08% to
0.14% ruthenium, low
oxygen,low strength |
| Grade 28 |
Titanium alloy
(3% aluminum, 2.5%
vanadium) plus 0.08% to
0.14% ruthenium |
| Grade 29 |
Titanium alloy
(6% aluminum, 4% vanadium
with extra low
interstitial elements
(ELI) plus 0.08% to 0.14%
ruthenium |
Wir
freuen uns auch auf Ihre
Anfrage !
Weitere
Informationen unter: www.JAUST.de
| JAUST
Technology
GmbH |
| Winkelfeld
27 |
| D-45739
Oer-Erkenschwick, Germany |
| Tel.
(0049)(0) 23 68 / 692754 |
| Fax
(0049)(0) 23 68 / 692755 |
| E-mail:
Zentrale@JAUST.de |
|
| Internet:
www.JAUST.de |
|
