Improbond GmbH – Laser Welding Wire Improbond GmbH – Laser Welding Wire
Improbond
GmbH is your trusted partner for laser welding wires.
The laser welding for surface treatment, joining,
and repair
has become a future-oriented and established method in industry. The
laser
welding wire, as a filler material, plays a crucial role in the
different
applications.
Short lead times of the valuable and large assortment of the
laser welding wires are the key for a trustfull collaboration.
Basic information
Colour explanation of rods’ packaging
Ø 0,2 mm Ø 0,3 mm Ø
0,4 mm Ø 0,5 mm Ø 0,6 mm Ø
0,7 mm Ø 0,8 mm
Packaging units
| Rods | Bobbins |
|---|
| 1 unit of 100 g | K 80, K 125, K 160, MA 125, SH 253 from 100 g |
Marked wires
Process safety
Improbond GmbH sets new standards for eliminating the risk of confusing
laser welding wires by using an engraved material number. Our products
meet the standard for controlled applications and the UDI guideline
(Unique Device Identification) according to IMDRF specifications for
medical products.
Chemical elements
| H – Hydrogen |
| Be – Beryllium |
| C – Carbon |
| N – Nitrogen |
| O – Oxygen |
| Mg – Magnesium |
| Al – Aluminium |
| Si – Silicium |
| P – Phosphor |
| Ti – Titanium |
| V – Vanadium |
| Cr – Chrome |
| Mn – Manganese |
| Fe – Iron |
| Co – Cobalt |
| Ni – Nickel |
| Cu – Copper |
| Zn – Zinc |
| Nb – Niobium |
| Mo – Molybdenum |
| Ag – Silver |
| Sn – Tin |
| W – Tungsten |
| Pb – Lead |
Improbond GmbH – Laser Welding Wire
01_9090
| Property | Value |
|---|
Material no.
| Mn3Ni1CrMo |
| Tensile elastic limit | 670 – 760 N/mm² |
| Tensile strength | 730 – 820 N/mm² |
| Expansion | 20 – 25 % |
For the laser welding of coated close-grained steels, like St52 -
St70, StE420 - StE690 by improved corrosion resistance and hardness.
The weld can be eroded, polished, chromplated, nitrated, annealed and
hardened.
For base materials- 1.2713
- 1.2714
- 1.2764
- 1.2767
- St52 - St70
- StE420 - StE690
| Symbol | Element | Value |
|---|
| C | Carbon | 0,10 % |
| Si | Silicium | 0,60 % |
| Mn | Manganese | 1,60 % |
| Cr | Chrome | 0,35 % |
| Ni | Nickel | 1,40 % |
| Mo | Molybdenum | 0,30 % |
| V | Vanadium | 0,10 % |
| Fe | Iron | Rest |
01_9100
| Property | Value |
|---|
Material no.
| 1.5424 |
| Tensile elastic limit | 490 – 520 N/mm² |
| Tensile strength | 560 – 650 N/mm² |
| Expansion | 23 – 27 % |
For the laser welding of the materials 1.2311, 1.2312, 1.2162,
1.2738 and for low-alloyed steels, like StE 355, 17Mn4, 15Mo3. The weld
can be eroded, structured, polished, chromplated, etched, nitrated and
annealed.
For base materials- 1.2162
- 1.2311
- 1.2312
- 1.2738
- StE 355
- 15Mo3
- 17Mn4
| Symbol | Element | Value |
|---|
| C | Carbon | 0,10 % |
| Si | Silicium | 0,60 % |
| Mn | Manganese | 1,10 % |
| Mo | Molybdenum | 0,50 % |
| Fe | Iron | Rest |
01_9110 | 01_9190
copper-coated
blank
| Property | Value |
|---|
Material no.
| 1.2367.02 |
| Hardness | 38 – 42 HRc |
For the laser welding of hot working tools, which are subjected to
impact compression and abrasion at elevated temperatures. The weld can
be polished, chromplated, nitrated, heat treated and CVD coated.
Recommendation 01_9190: Using für mirror finish.
For base materials- 1.2343
- 1.2344
- 1.2606
- 1.2764
- 1.2767
| Symbol | Element | Value |
|---|
| C | Carbon | 0,10 % |
| Si | Silicium | 0,40 % |
| Mn | Manganese | 0,60 % |
| Cr | Chrome | 6,50 % |
| Mo | Molybdenum | 3,30 % |
| Fe | Iron | Rest |
01_9120
| Property | Value |
|---|
Material no.
| 1.2567 |
| Hardness | ~ 45 HRc |
| Soft annealed | 780°C ~ 230 HB |
| Hardened | 1080°C/Öl ~ 52 HRc |
| Tempered | 600°C ~ 48 HRc |
For the laser welding on warm-working tools made from low-alloyed
and non-alloyed steels at a high temperature strength and tempering
resistance.
For base materials- 1.2343
- 1.2344
- 1.2606
- 1.2764
- 1.2767
- A 2
- H 12
- H 13
- L 6
- SKD 61
- SKD 12
- NAK 80
| Symbol | Element | Value |
|---|
| C | Carbon | 0,30 % |
| Si | Silicium | 0,30 % |
| Mn | Manganese | 0,30 % |
| Cr | Chrome | 2,30 % |
| W | Tungsten | 4,50 % |
| V | Vanadium | 0,50 % |
| Fe | Iron | Rest |
01_9130 | 01_9160
coper coated
blank
| Property | Value |
|---|
Material no.
| 1.2367.03 |
| Hardness | 42 – 46 HRc |
| Soft annealed | 780°C ~ 230 HB |
| Hardened | 1030°C/Öl 48 HRc |
| Tempered | 600°C 45 HRc |
Often used laser welding wire for repairing and changing at the
contour with universal characteristics, also at unknown alloys. Free of
cracks and incomplete fusion by multilayer weldings. Tough welding
material, good corrosion resistance, high wear resistance and
toughness, for highly stressed hot working tools, which are subjected
to high thermal and abrasive loads. The weld can be polished, heat
treated, nitrated, chromplated, and CVD coated. Recommendation 01_9160:
Using für mirror finish.
For base materials- 1.2343
- 1.2344
- 1.2606
- 1.2764
- 1.2767
- H 12
- H 13
- L 6
- SKD 61
- NAK 80
| Symbol | Element | Value |
|---|
| C | Carbon | 0,25 % |
| Si | Silicium | 0,60 % |
| Mn | Manganese | 0,70 % |
| Cr | Chrome | 5,00 % |
| Mo | Molybdenum | 4,00 % |
| Ti | Titanium | 0,60 % |
| Fe | Iron | Rest |
01_9150
| Property | Value |
|---|
Material no.
| 1.7339 |
| Tensile elastic limit | > 480 N/mm² |
| Tensile strength | > 560 N/mm² |
| Expansion | 22 – 26 % |
For the laser welding of mould cavities made from tempered materials
1.2311, 1.2312, 1.2162, 1.2738, furthermore of highly heat resisting
steels, like 13CrMo 4-5, 25CrMo4, 42CrMo4. The weld can be eroded,
structured, polished, chromplated, etched, nitrated and annealed.
Recommendation: contact your surface structure partner.
For base materials- 1.2162
- 1.2311
- 1.2312
- 1.2738
- 1.7218
- 1.7225
- 1.7335
- P 20
| Symbol | Element | Value |
|---|
| C | Carbon | 0,10 % |
| Si | Silicium | 0,60 % |
| Mn | Manganese | 0,60 % |
| Cr | Chrome | 1,20 % |
| Mo | Molybdenum | 0,50 % |
| Fe | Iron | Rest |
01_9200 | 01_9210
copper coated
blank
| Property | Value |
|---|
Material no.
| 1.2343.07 |
| Hardness | 53 – 58 HRc |
| Soft annealed | 820°C ~ 235 HB |
| Hardened | 1050°C/Öl 58 HRc |
| Tempered | 600 °C 53 HRc |
Laser welding
wire used for highly wear resistant buildups on machine parts and tools
subject to heavy abrasion and compression combined with moderate impact
at elevated
temperatures. Low wear
when using fiberglass reenforced plastics workable by grinding with
tungsten carbide tools. By multilayer welding decking with 01_9650 or 03_9240 recommended.
The weld is suitable for hardening, nitrifying, etching, polishing and
chroming. Recommendation 01_9210: Using für
mirror finish.
For base materials- 1.2082
- 1.2083
- 1.2162
- 1.2311
- 1.2312
- 1.2343
- 1.2367
- 1.2738
- 1.2842
- P 20
- H 13
| Symbol | Element | Value |
|---|
| C | Carbon | 0,35 % |
| Si | Silicium | 0,30 % |
| Mn | Manganese | 1,20 % |
| Cr | Chrome | 7,00 % |
| Mo | Molybdenum | 2,00 % |
| Ti | Titanium | 0,30 % |
| Fe | Iron | Rest |
01_9300
| Property | Value |
|---|
Material no.
| 1.4718 |
| Hardness | 54 – 60 HRc |
| Soft annealed | 800°C ~ 250 HB |
| Hardened | 1000°C/Öl 62 HRc |
For the laser welding of press-, stamping- and cutting tools. The
hard and tough weld deposit is very tough and has an excellent edge
retention.
For base materials- 1.2080
- 1.2363
- 1.2379
- 1.2436
- 1.2601
- D 2
- SKD 11
| Symbol | Element | Value |
|---|
| C | Carbon | 0,50 % |
| Si | Silicium | 3,00 % |
| Mn | Manganese | 0,50 % |
| Cr | Chrome | 9,50 % |
| Fe | Iron | Rest |
01_9310
| Property | Value |
|---|
Material no.
| 1.2606 |
| Hardness | 55 – 58 HRc |
Laser welding wire with good edge wear reistance, high toughness and
low tendency to hot cracks. Very suitable for the laser welding of
components that are subjects to high impact and abrasion stress. The
weld is suitable for mechanically grinding, polishing, conditionally
chroming and hardering. Not for etching.
For base materials| Symbol | Element | Value |
|---|
| C | Carbon | 0,35 % |
| Si | Silicium | 1,10 % |
| Mn | Manganese | 0,40 % |
| Cr | Chrome | 5,50 % |
Mo
| Molybdenum | 1,30 %
|
V
| Vanadium | 0,25 %
|
W
| Tungsten | 1,30 %
|
Fe
| Iron
| Rest
|
01_9350
| Property | Value |
|---|
Material no.
| 1.4115 |
| Tensile elastic limit | 500 N/mm² |
| Tensile strength | 700 N/mm² |
| Expansion | 15 % |
| Soft annealed | 200 HB |
| Hardened | 42 – 47 HRc |
For the laser welding of similar alloys. The martensitic weld
deposit is used for wear-resistant cladding on hot working and
high-tensile steels. Good wear resistance at higher temperature up to
450°C. Hardenable and annealable.
| Symbol | Element | Value |
|---|
| C | Carbon | 0,20 % |
| Si | Silicium | 0,60 % |
| Mn | Manganese | 0,40 % |
| Cr | Chrome | 17,50 % |
| Ni | Nickel | 0,30 % |
| Mo | Molybdenum | 1,10 % |
| Fe | Iron | Rest |
01_9380
| Property | Value |
|---|
Material no.
| 2.1211 |
| Tensile elastic limit | 80 N/mm² |
| Tensile strength | 200 N/mm² |
| Expansion | 20 % |
| Hardness | 60 HB |
For the laser welding of copper- and ampcoloy alloys, furthermore
for
the repairing of spark eroding electrodes. Ductile weld, close-grained
structure and high electrical conductivity. The usable hardness is
increased by cold storing.
For base materials- pure copper
- ampcoloy alloys
| Symbol | Element | Value |
|---|
| Mn | Manganese | 0,20 % |
| Ni | Nickel | ‹ 0,30 % |
| Ag | Silver
| 1,00 % |
| Cu | Copper | Rest |
01_9450
| Property | Value |
|---|
Material no.
| 1.2311 |
| Hardness | 45 – 52 HRc |
Laser welding wire with good
polishing, nitriding, etching and graining properties, if an
appropriate
hardness is reqired.
For base materials- 1.2311
- 1.2312
- 1.2343
- 1.2344
- 1.2738
| Symbol | Element | Value |
|---|
| C | Carbon | 0,40 % |
| Mn | Manganese | 0,80 % |
| Si | Silicium | 0,40 % |
| Cr | Chrome | 1,75 % |
| Mo | Molybdenum | 0,40 % |
| Fe | Iron | Rest |
01_9500
| Property | Value |
|---|
Material no.
| 1.4576 |
| Tensile elastic limit | 450 N/mm² |
| Tensile strength | 580 N/mm² |
| Expansion | 30 % |
For the laser welding of similar stabilised and non-stabilised
austenitic Cr-Ni-Mo-steels. Niobium stabilised, non-rusting and
corrosion resistant welding wire. Microstructure: austenite with part
of ferrite. Immersioncorrosion (wet corrosion up to 400°C) and tough at
sub-zero temperature up to -120°C.
For base materials- 1.4301
- 1.4306
- 1.4401
- 1.4404
- 1.4541
- 1.4550
- 1.4552
- 1.4571
- 1.4580
- 1.4583
| Symbol | Element | Value |
|---|
| C | Carbon | 0,06 % |
| Si | Silicium | 0,85 % |
| Mn | Manganese | 1,50 % |
| Cr | Chrome | 19,00 % |
| Ni | Nickel | 12,00 % |
| Mo | Molybdenum | 2,60 % |
| Nb | Niobium | 12 x C |
| Fe | Iron | Rest |
01_9520
| Property | Value |
|---|
Material no.
| 1.4332 |
| Tensile elastic limit | 400 N/mm² |
| Tensile strength | 600 N/mm² |
| Expansion | 30 % |
For the laser welding of heat resistant and non scaling austenitic
alloys up to temperature of 1.000°C. Microstructure: austenite with
part of ferrite. Non-rusting (wet corrosion up to 350°C).
For base materials- 1.4710
- 1.4825
- 1.4828
- 1.4878
- mixed bonds with ferritic steels
| Symbol | Element | Value |
|---|
| C | Carbon | 0,02 % |
| Si | Silicium | 0,85 % |
| Mn | Manganese | 1,80 % |
| Cr | Chrome | 24,50 % |
| Ni | Nickel | 13,50 % |
| Fe | Iron | Rest |
01_9600
| Property | Value |
|---|
Material no.
| 1.3348 |
| Hardness | 57 – 62 HRc |
For the laser welding of liable to wear alloys, of high speed steel
(HSS), furthermore suitable for hard facing, tool parts and edges
vulnerable to wear. Recommendation: pre-heating up to 50°C under
tempering temperature of the base material.
For base materials- 1.3318
- 1.3343
- 1.3344
- 1.3346
- high speed steel
| Symbol | Element | Value |
|---|
| C | Carbon | 1,00 % |
| Si | Silicium | 0,30 % |
| Mn | Manganese | 0,30 % |
| Cr | Chrome | 4,00 % |
| W | Tungsten | 1,80 % |
| Mo | Molybdenum | 8,30 % |
| V | Vanadium | 1,90 % |
| Fe | Iron | Rest |
01_9650
| Property | Value |
|---|
Material no.
| 1.4337 |
| Tensile elastic limit | 560 N/mm² |
| Tensile strength | 740 N/mm² |
| Expansion | 25 % |
| Hardness | 240 HB |
For the laser welding of high elastic, low alloyed and heat
resistant
or non-rusting steels. Suitable for joint weldings and deckings of
dissimilar materials. Non-rusting (wet corrosion up to 300°C)
austenitic/ferritic welding wire with warm crack resistance. Good
ductility at a high tensile elastic limit.
For base materials- mixed bonds with erritic steels
- deckings
| Symbol | Element | Value |
|---|
| C | Carbon | 0,12 % |
| Si | Silicon | 0,40 % |
| Mn | Manganese | 1,80 % |
| Cr | Chrome | 30,00 % |
| Ni | Nickel | 9,00 % |
| Fe | Iron | Rest |
01_9720
| Property | Value |
|---|
Material no.
| 1.6356 |
| Tensile elastic limit | 880 N/mm² |
| Tensile strength | 980 N/mm² |
Tensile elastic limit (after WR)
| 1.620 N/mm²
|
Tensile strength (after WR)
| 1.860 N/mm²
|
Hardness
| 32 – 35 HRc
|
Hardness (after WR)
| 50 – 54 HRc
|
Co-alloyed welding wire for the laser welding of highly stressed hot
and cold working tools. The weld deposit is, an as-welded
condition,machine workable. After warm removal: optimized warm
abrasion resistance and alternating temperature resistance.
For base materials- 1.2709
- tools at higher loadings
| Symbol | Element | Value |
|---|
| C | Carbon | 0,005 % |
| Ni | Nickel | 18,00 % |
| Mo | Molybdenum | 4,00 % |
| Co | Cobalt | 12,00 % |
| Ti | Titanium | 1,60 % |
| Fe | Iron | Rest |
01_9800
| Property | Value |
|---|
Material no.
| 2.1367 |
| Tensile elastic limit | 400 N/mm² |
| Tensile strength | 650 N/mm² |
| Expansion | 25 % |
| Hardness | 220 HB |
For the laser welding on press tools to avoid die marks. High
manganiferous, sea water resistant multicomponent-aluminium bronze for
build-up weldings of mould inserts from ampco bronzes and ampcoloy
alloys. Cavitations resistant and good flow properties.
For base materials- Al-bronzes
- ampcoloy alloys
- cast iron
| Symbol | Element | Value |
|---|
| Mn | Manganese | 13,00 % |
| Ni | Nickel | 2,50 % |
| Fe | Iron | 2,50 % |
| Al | Aluminium | 7,50 % |
| Cu | Copper | Rest |
01_9820
| Property | Value |
|---|
Material no.
| 2.0923 |
| Tensile elastic limit | 400 N/mm² |
| Tensile strength | 700 N/mm² |
| Expansion | 15 % |
| Hardness | 200 HB |
Multicomponent bronze with good gliding properties for the laser
welding on copper, copper alloys, as well as mixed joints of stainless
steels. Multifunctional usable wire, especially for repairing of
damaged hot runner systems in injection moulds. Seawater and
cavitations resistant. Increase of the hardness
through cold removal.
For base materials- copper
- Cu-alloys
- CuAl-bronzes
| Symbol | Element | Value |
|---|
| Mn | Manganese | 1,00 % |
| Ni | Nickel | 4,50 % |
| Fe | Iron | 3,50 % |
| Al | Aluminium | 9,00 % |
| Cu | Copper | Rest
|
01_H13
| Property | Value |
|---|
Material no.
| H13
|
| Hardness | 45 – 50 HRc |
H13 is a chromium-molybdenum-vanadium alloyed steel which is
characterized good resistance to abrasion at both low and high
temperatures, high level of toughness and ductility, uniform and high
level
of machinability and polishability, good high-temperature strength and
resistance to thermal fatigue and excellent through-hardening
properties.
For base materials | Symbol | Element | Value |
|---|
C
| Carbon | 0,40 %
|
| Mn | Manganese | 0,40 %
|
Si
| Silicium
| 1,00 %
|
Cr
| Chrome
| 5,30 % |
Mo
| Molybdenum | 1,30 %
|
V
| Vanadium | 0,90 %
|
Fe
| Iron
| Rest
|
01_P20
| Property | Value |
|---|
Material no.
| P20
|
| Hardness | 45 – 54 HRc |
P20 is a Cr-Mo-alloyed steel with good polishing and texturing
properties, good machinability and uniform hardness.
| Symbol | Element | Value |
|---|
C
| Carbon | 0,34 %
|
| Mn | Manganese | 0,80 %
|
Si
| Silicium
| 0,40 %
|
Cr
| Chrome
| 1,75 % |
Mo
| Molybdenum | 0,40 %
|
Fe
| Iron
| Rest
|
01_SCVS
| Property | Value |
|---|
Material no.
| 15CDV6 | SCVS |
| Tensile elastic limit | 550 – 790 N/mm² |
| Tensile strength | 700 – 1.180 N/mm² |
| Expansion | 13 %
|
| Hardness | 42 HRc |
Aubert Duval alloy. SCVS is a low carbon material, which combines a
high yield strength with good toughness and weldability.
| Symbol | Element | Value |
|---|
C
| Carbon | 0,12 – 0,18 % |
Si
| Silicium
|
0,20 % |
| Mn | Manganese | 0,80 – 1,10 % |
Mo
| Molybdenum | 0,80 – 1,00 % |
V
| Vanadium | 0,20 – 0,30 % |
Cr
| Chrome
| 1,25 – 1,50 % |
Fe
| Iron
| Rest
|
01_819BS
| Property | Value |
|---|
Material no.
| 35NCD16 | 819BS |
| Expansion | 12 - 19 %
|
| Hardness | 46 - 48 HRc |
Aubert Duval alloy. 819BS is a low alloy material, which combines hight
strength and hardness with a good dimensional stability.
For base materials- 35NCD16
- 819BS
- 1.2767
- 1.2721
| Symbol | Element | Value |
|---|
C
| Carbon | 0,30 – 0,40 % |
Si
| Silicium
| 0,15 – 0,40 % |
| Mn | Manganese | 0,30 – 0,60 % |
Cr
| Chrome
| 1,60 – 2,00 % |
Ni
| Nickel
| 3,50 – 4,20 % |
Mo
| Molybdenum | 0,25 – 0,60 % |
Fe
| Iron
| Rest
|
01_SMV3S
| Property | Value
|
|---|
Material no.
| Z38CDV5 | SMV3S |
Tensile elastic limit
| 700 – 900 N/mm² |
| Expansion | 9 % |
| Hardness | 46 – 52 HRc |
Aubert Duval alloy. SMV3S ist an alloy with excellent resistance to
wear at higher temperature and ideal where a high polish is required.
For base materials | Symbol | Element | Value
|
|---|
C
| Carbon
| 0,40 % |
Cr
| Chrome
| 5,00 %
|
Mo
| Molybdenum | 1,30 % |
V
| Vanadium | 0,40 % |
Fe
| Iron
| Rest
|
Improbond GmbH – Laser Welding WireImprobond GmbH – Laser Welding Wire
02_4009
| Property | Value |
|---|
Material no.
| 1.4009 |
| Tensile elastic limit | 380 N/mm² |
| Tensile strength | 550 N/mm² |
| Expansion | 15 % |
| Hardness | 150 HB |
Martensitic welding wire for the laser welding of similar alloys.
Good wear resistance at higher temperature up to 450 °C.
For base materials
| Symbol | Element | Value |
|---|
| C | Carbon |
0,10 % |
| Si | Silicium |
0,50 % |
| Mn | Manganese |
0,60 % |
| Cr | Chrome | 11,50 – 13,50 % |
| Mo | Molybdenum |
0,60 % |
| Fe | Iron | Rest |
02_4115
| Property | Value |
|---|
Material no.
| 1.4115 |
| Tensile elastic limit | 500 N/mm² |
| Tensile strength | 700 N/mm² |
| Expansion | 15 % |
| Soft-annealed | 200 HB |
| Hardened | 42 – 47 HRc |
Martensitic welding wire for the laser welding of similar alloys.
Good wear resistance at higher temperature up to 450°C. Hardneable and
annelable.
For base materials
| Symbol | Element | Value |
|---|
| C | Carbon | 0,20 % |
| Si | Silicium | 0,60 % |
| Mn | Manganese | 0,40 % |
| Cr | Chrome | 17,50 % |
| Ni | Nickel | 0,30 % |
| Mo | Molybdenum | 1,10 % |
| Fe | Iron | Rest |
02_4122
| Property | Value |
|---|
Material no.
| 1.4122 |
| Tensile elastic limit | 550 N/mm² |
| Tensile strength | 750 N/mm² |
| Expansion | 12 % |
| Soft-annealed | 230 HB |
| Hardened | 45 HRc |
Martensitic welding wire for the laser welding of similar alloys.
Good wear resistance at higher temperature up to 450°C. Hardneable and
annelable.
For base materials
- 1.4122
- similar martensitic alloys
| Symbol | Element | Value |
|---|
| C | Carbon | 0,40 % |
| Si | Silicium | 0,50 % |
| Mn | Manganese | 0,45 % |
| Cr | Chrome | 16,50 % |
| Ni | Nickel | 0,50 % |
| Mo | Molybdenum | 1,10 % |
| Fe | Iron | Rest |
02_4316
| Property | Value |
|---|
Material no.
| 1.4316 |
| Tensile elastic limit | 390 N/mm² |
| Tensile strength | 590 N/mm² |
| Expansion | 35 % |
Laser welding wire of chrome-nickel-steel with a very slow carbon
content for the laser welding of non-rusting and tough at sub-zero
temperatured steels. Immersioncorrosion (wet corrosion up to 350°C)
and tough at sub-zero temperature up to -196°C.
For base materials
- 1.4301
- 1.4306
- 1.4541
- 1.4550
- 1.4552
| Symbol | Element | Value |
|---|
| C | Carbon | 0,02 % |
| Si | Silicium | 0,85 % |
| Mn | Manganese | 1,75 % |
| Cr | Chrome | 19,00 % |
| Ni | Nickel | 9,50 % |
| Fe | Iron | Rest |
02_4337
| Property | Value |
|---|
Material no.
| 1.4337 |
| Tensile elastic limit | 560 N/mm² |
| Tensile strength | 740 N/mm² |
| Expansion | 25 % |
| Hardness | 240 HB |
For the laser welding of high elastic, low alloyed and heat
resistant or non-rusting steels. Suitable for joint weldings and
deckings of dissimilar materials. Non-rusting (wet corrosion up to
300°C) austenitic/ferritic welding wire with warm crack resistance.
Good ductility at a high tensile elastic limit.
For base materials
- mixed bonds with ferritic steels
- deckings
| Symbol | Element | Value |
|---|
| C | Carbon | 0,12 % |
| Si | Silicium | 0,40 % |
| Mn | Manganese | 1,80 % |
| Cr | Chrome | 30,00 % |
| Ni | Nickel | 9,00 % |
| Fe | Iron | Rest |
02_4430
| Property | Value |
|---|
Material no.
| 1.4430 |
| Tensile elastic limit | 430 N/mm² |
| Tensile strength | 650 N/mm² |
| Expansion | 34 % |
| Hardness | 150 HB |
For the laser welding of non-rusting austenitic Cr-Ni-Mo-steels with
a very low C-content. Immersioncorrosion (wet corrosion up to 400°C)
and tough at sub-zero temperature up to -196°C.
For base materials
- 1.4301
- 1.4306
- 1.4401
- 1.4404
- 1.4541
- 1.4550
- 1.4552
- 1.4571
- 1.4580
- 1.4583
| Symbol | Element | Value |
|---|
| C | Carbon | 0,02 % |
| Si | Silicium | 0,85 % |
| Mn | Manganese | 1,80 % |
| Cr | Chrome | 18,50 % |
| Ni | Nickel | 12,50 % |
| Mo | Molybdenum | 2,60 % |
| Fe | Iron | Rest |
02_4455
| Property | Value |
|---|
Material no.
| 1.4455 |
| Tensile elastic limit | 400 N/mm² |
| Tensile strength | 600 N/mm² |
| Expansion | 30 % |
Magnetic permeability
| ~ 1.01 G/0e
|
For the laser welding on similar full austenitic Cr-Ni-Mo-(N)-steels
and similar steels and cast steels. Non-rusted, non magnetisable and
corrosion resistant.
For base materials
- 1.3948
- 1.4429
- 1.4435
- 1.4438
- 1.4583
- mixed bonds with ferritic steels
| Symbol | Element | Value |
|---|
| C | Carbon | 0,02 % |
| Si | Silicium | 0,50 % |
| Mn | Manganese | 7,30 % |
| Cr | Chrome | 20,00 % |
| Ni | Nickel | 16,00 % |
| Mo | Molybdenum | 2,70 % |
N
| Nitrogen
| 0,15 % |
| Fe | Iron | Rest |
02_4462
Property
| Value
|
|---|
Material no.
| 1.4462 |
Tensile elastic limit
| 450
N/mm² |
Tensile strength
| 650 - 800 N/mm² |
| Expansion | 25 % |
An austenitic-ferritic duplex steel, which is characterized by its
good corrosion resistence and high strength and tensile elastic limit.
For base materials
- austenitic-ferritic steel
| Symbol | Element | Value
|
|---|
| C | Carbon
| 0,02 % |
| Si | Silicium | 1,00 % |
| Mn | Manganese | 2,00 % |
| Cr | Chrome | 22,00 % |
| Ni | Nickel | 5,50 % |
Mo
| Molybdenum | 3,00 %
|
N
| Nitrogen
| 0,16 %
|
| Fe | Iron
| Rest |
02_4501
| Property | Value |
|---|
Material no.
| 1.4501 |
| Tensile elastic limit | 600 N/mm² |
| Tensile strength | 750 N/mm² |
| Expansion | 25 % |
For the laser welding of offshore applications. High resistance to
pitting and stress-corrosioin cracking seawater. High resistant to
phosphoric acid. SUPERDUPLEX.
For base materials
- 1.4410
- 1.4515
- 1.4517
- 1.4573
- 1.4593
| Symbol | Element | Value |
|---|
| C | Carbon | 0,02 % |
| Si | Silicium | 0,50 % |
| Mn | Manganese | 0,80 % |
| Cr | Chrome | 25,00 % |
| Ni | Nickel | 9,00 % |
| Mo | Molybdenum | 3,70 % |
N
| Nitrogen
| 0,20 % |
Cu
| Copper
| 0,10 %
|
| Fe | Iron | Rest |
02_4551
| Property | Value |
|---|
Material no.
| 1.4551 |
| Tensile elastic limit | 490 N/mm² |
| Tensile strength | 680 N/mm² |
| Expansion | 32 % |
For the laser welding of stabilised and non-stabilised non-rusting
Cr-Ni-steels. Immersion-corrosion (wet corrosion up to 400°C) and tough
at sub-zero temperature up to -120°C.
For base materials
- 1.4301
- 1.4303
- 1.4306
- 1.4310
- 1.4541
- 1.4550
- 1.4552
| Symbol | Element | Value |
|---|
| C | Carbon | 0,06 % |
| Si | Silicium | 0,85 % |
| Mn | Manganese | 1,30 % |
| Cr | Chrome | 19,50 % |
| Ni | Nickel | 9,50 % |
Nb
| Niobium
| 12xC
|
| Fe | Iron | Rest |
02_4576
| Property | Value |
|---|
Material no.
| 1.4576 |
| Tensile elastic limit | 450 N/mm² |
| Tensile strength | 580 N/mm² |
| Expansion | 30 % |
For the laser welding of similar stabilised and non-stabilised
austenitic Cr-Ni-Mo-steels. Niobium stabilised, non-rusting and
corrosion resistant welding wire. Immersioncorrosion (wet corrosion up
to 400°C) and tough at sub-zero temperature up to -120°C.
For base materials
- 1.4301
- 1.4306
- 1.4401
- 1.4404
- 1.4541
- 1.4550
- 1.4552
- 1.4571
- 1.4580
- 1.4583
| Symbol | Element | Value |
|---|
| C | Carbon | 0,06 % |
| Si | Silicium | 0,85 % |
| Mn | Manganese | 1,50 % |
| Cr | Chrome | 19,00 % |
| Ni | Nickel | 12,00 % |
| Mo | Molybdenum | 2,60 % |
Nb
| Niobium
| 12xC |
| Fe | Iron | Rest |
02_4937
| Property | Value |
|---|
Material no.
| 1.4937 |
Tensile strength
| 700 N/mm²
|
Expansion
| 15 %
|
Hardness
| 45 – 50 HRc |
Martensitic welding wire fpr the laser welding of similar alloys.
Suitable in the long-term range for temperatures uo tp 650°C degrees.
Further appclications in the turbine and boiler construction as well as
in the chemical industry.
For base materials
- 1.2083
- 1.2316
- 1.2343
- 1.2344
- 1.2379
- 1.4913
- 1.4922
- 1.4923
- 1.4931
- 1.4935
| Symbol | Element | Value |
|---|
| C | Carbon |
0,20 % |
| Si | Silicium |
0,30 % |
| Mn | Manganese |
0,60 % |
Mo
| Molybdenum |
1,00 % |
| Ni | Nickel |
0,80 % |
W
| Tungsten |
0,50 % |
V
| Vanadium |
0,30 % |
Cr
| Chrom
|
11,00 % |
| Fe | Iron | Rest |
02_17-4PH
| Property | Value |
|---|
Material no.
| 17-4PH |
Hardness
| 40 – 44 HRc |
Martensitic precipitation hardenable chromium-nickel-copper steel
possessing high strength and toughness. Further
strength increments can be obtained by cold forming, followed by a
precipitation hardening treatment.
For base materials
| Symbol | Element | Value |
|---|
| C | Carbon |
0,07 % |
| Mn | Manganese |
1,00 % |
| P | Phospor
|
0,04 % |
| Si | Silicium |
1,00 % |
| Cr | Chrome | 15,00 – 17,50 % |
| Ni | Nickel | 3,00 – 5,00 % |
Cu
| Copper
| 3,00 –
5,00 % |
Nb
| Niobium
|
0,30 % |
| Fe | Iron | Rest |
02_316LSS
| Property | Value |
|---|
Material no.
| 316LSS
|
| Tensile elastic limit | 430 N/mm² |
| Tensile strength | 650 N/mm² |
| Expansion | 90 %
|
For the laser welding of non-rusting austenitic Cr-Ni-Mo-steels with
a very low C-content.
For base materials
| Symbol | Element | Value |
|---|
| C | Carbon |
0,02 % |
| Si | Silicium |
0,85 % |
| Mn | Manganese |
1,80 % |
| Cr | Chrome | 16,00 – 18,00 % |
| Ni | Nickel | 10,00 – 14,00 % |
Mo
| Molybdenum
|
2,60 % |
| Fe | Iron | Rest |
02_420stst
| Property | Value |
|---|
Material no.
| 420stst
|
| Tensile elastic limit | 850 N/mm² |
| Expansion | 12 %
|
Hardness
| 45 – 52 HRc |
Martensitic welding wire for the laser welding of similar alloys.
Good wear resistance at higher temperature up to 450°C. Recommendation:
pre-heating up to 150°C
For base materials
| Symbol | Element | Value |
|---|
| C | Carbon |
0,35 % |
| Si | Silicium |
1,00 % |
| Mn | Manganese |
1,00 % |
P
| Phosphor
|
0,04 %
|
S
| Sulfur
|
0,03 %
|
| Cr | Chrome | 12,00 – 14,00 % |
| Fe | Iron | Rest |
Improbond GmbH – Laser Welding WireImprobond GmbH – Laser Welding Wire
03_9240
| Property | Value |
|---|
| Material no. | 2.4831 |
| Tensile elastic limit | 420 N/mm² |
| Tensile strength | 760 N/mm² |
| Expansion | 35 % |
Ni-based welding wire for the laser welding of
similar base materials, also for welding of high strength resistant and
high heat-resistant steels. High heat-resistant up to 1000°C and tough
at sub-zero temperature up to -196°C. Black-white bonds and deckings.
For base materials
- 2.4856
- mixed bonds with ferritic steels
| Symbol | Name | Value |
|---|
| C | Carbon | < 0,02 % |
| Mn | Manganese | 0,20 % |
| Cr | Chrome | 22,00 % |
| Mo | Molybdenum | 9,00 % |
| Nb | Niobium | 3,50 % |
| Fe | Iron | < 1,00 % |
| Ni | Nickel | Rest |
03_9260
| Property | Value |
|---|
| Material no. | 2.4806 |
| Tensile elastic limit | 400 N/mm² |
| Tensile strength | 650 N/mm² |
| Expansion | 40 % |
For the laser welding of austenite-ferrite-bonds and
of different materials in the die and mould industry for a tough and
elastic weld deposit. For elastic deckings in using laser welding wires
with high hardness. Special characteristics: non-corroding, heat
resisting, high heat-resisting, non-scaling up to 1.000°C and tough at
sub-zero temperature up to -269°C.
For base materials
- 1.4876
- 2.4816
- black-white bonds
| Symbol | Name | Value |
|---|
| C | Carbon | 0,02 % |
| Mn | Manganese | 3,00 % |
| Cr | Chrome | 20,00 % |
| Nb | Niobium | 2,50 % |
| Fe | Iron | 2,00 % |
| Ni | Nickel | Rest |
03_9400
| Property | Value |
|---|
| Material no. | 2.4155 |
| Tensile elastic limit | 300 N/mm² |
| Tensile strength | 450 N/mm² |
| Expansion | 25 % |
For the laser welding of nickel, nickel alloys and
grey cast iron, furthermore suitable for mixed joints of nickel and
steel alloys. Good characteristics of temperature and corrosion.
For base materials
- GG
- mixed bonds of nickel - steel
| Symbol | Name | Value |
|---|
| C | Carbon | ‹ 0,02 % |
| Si | Silicium | ‹ 0,30 % |
| Mn | Manganese | 0,30 % |
| Ti | Titanium | 3,30 % |
| Fe | Iron | ‹ 0,10 % |
| Ni | Nickel | Rest |
03_9410
| Property | Value |
|---|
Material no.
| NiFe-2 |
| Tensile elastic limit | 300 N/mm² |
| Tensile strength | 500 N/mm² |
| Expansion | 25 % |
Nickel-iron alloy for the laser welding of grey cast
iron, annealed cast iron and ductile graphite iron, furthermore for
mixed joints with steel. Corrosion resistant claddings are possible.
For base materials
- cast iron
- annealed cast iron
- ductile graphite iron
| Symbol | Name | Value |
|---|
| C | Carbon | < 0,10 % |
| Si | Silicium | < 0,30 % |
| Mn | Manganese | 3,50 % |
| Ni | Nickel | > 55,00 % |
| Ti | Titanium | 0,40 % |
| Fe | Iron | Rest |
03_I625
| Property | Value |
|---|
| Material no. | 2.4856 |
| Tensile elastic limit | 724 N/mm2 |
| Hardness | 145 – 220 HB |
Inconel 625 is used for laser welding of Inconel
alloy 625, Inconel alloy 825, Inconel alloy 25-6Mo and a range of high
alloy austenitic and super austenitic stainless steels, often used in
the aircraft industry. It is also used for surfacing of steel, for
laser welding of 9% Ni steels and various corrosion-resistant alloys.
Inconel alloy 625 has a good resistance to oxidation and scaling at
high temperature.
For base materials
- Inconel 625
- Inconel 825
- Inconel 25-6Mo
- Inconel G-3
- stainless steel 316/ 317
| Symbol | Name | Value |
|---|
| C | Carbon | 0,03 – 0,10 % |
| Mn | Manganese |
0,50 % |
| Al | Aluminium |
0,40 % |
| Cr | Chrome | 20,00 – 23,00 % |
| Mo | Molybdenum | 8,00 – 10,00 % |
| Nb + Ta | Niobium + Tantalum | 3,15 – 4,15 % |
| Si | Silicium |
0,50 % |
| Ti | Titanium |
0,40 % |
| Ni | Nickel | Rest |
03_I718
| Property | Value |
|---|
| Material no. | 2.4668 |
| Tensile elastic limit | 800 – 1000 N/mm² |
| Hardness | 40 - 44 HRc |
Inconel 718 combines corrosion resistance and high
strength with very good weldability.
| Symbol | Name | Value |
|---|
| C | Carbon |
< 0,08 % |
| Mn | Manganese |
0,35 % |
| Al | Aluminium | 0,20 – 0,80 % |
| Cr | Chrome | 17,00 – 21,00 % |
| Mo | Molybdenum | 2,80 – 3,30 % |
| Nb + Ta | Niobium + Tantalum | 4,75 – 5,50 % |
| Si | Silicium |
0,35 % |
| Ti | Titanium | 0,65 – 1,15 % |
| Cu | Copper |
0,30 % |
| Co | Cobalt |
1,00 % |
| Ni | Nickel | 50,00 – 55,00 % |
| Fe | Iron | Rest |
03_HastC22
| Property | Value |
|---|
Material no.
| 2.4607 |
| Tensile strength | 800 –1100 N/mm² |
Hastelloy C22 alloy has a good resitence to pitting,
crevice corrosion and stress corrosion cracking. It has an excellent
antioxidant capacity of aqueous media.
| Symbol | Name | Value |
|---|
| C | Carbon |
0,010 % |
| Si | Silicium |
0,080 % |
| Mn | Manganese |
0,50 % |
| Co | Cobalt |
2,50 % |
| Cr | Chrome | 20,00 – 22,50 % |
| Fe | Iron | 2,00 – 6,00 % |
| Mo | Molybdenum | 12,50 – 14,50 % |
| V | Vanadium |
0,35 % |
| W | Tungsten | 2,50 – 3,50 % |
| Ni | Nickel | Rest |
03_NiFe36
| Property | Value |
|---|
Material no.
| 1.3912 |
Tensile elastic limit
| 310 N/mm² |
Tensile strength
| 490 N/mm² |
Expansion
| 30 %
|
Nickel-Iron-alloy with low thermal expansion. Good
strength an toughness at low temperature. Low coenfficent of expansion
at very low temperature up to-250°C
| Symbol | Name | Value |
|---|
| C | Carbon |
0,10 % |
| Mn | Manganese |
0,60 % |
| Cr | Chrome |
0,50 % |
Mo
| Molybdenum |
0,50 % |
| Co | Cobald
|
1,00 % |
| Ni | Nickel | 35,00 - 38,00 %
|
Fe
| Iron
| Rest
|
Improbond GmbH – Laser Welding WireImprobond GmbH – Laser Welding Wire
04_0923
| Property | Value |
|---|
| Material no. | 2.0923 |
| Tensile elastic limit | 400 N/mm² |
| Tensile strength | 700 N/mm² |
| Expansion | 15 % |
| Hardness | 200 HB |
Multicomponent
bronze with good gliding properties for the laser welding on copper,
copper alloys, as well as mixed joints of stainless steels.
Multifunctional usable wire, especially for repairing of damaged hot
runner systems in injection moulds. Seawater and cavitations resistant.
Increase of the hardness through cold removal.
For base materials
- copper
- Cu-alloys
- CuAl-bronzes
| Symbol | Name | Value |
|---|
| Mn | Manganese | 1,00 % |
| Ni | Nickel | 4,50 % |
| Fe | Iron | 3,50 % |
| Al | Aluminium | 9,00 % |
| Cu | Copper | Rest |
04_1211
| Property | Value |
|---|
| Material no. | 2.1211 |
| Tensile elastic limit | 80 N/mm² |
| Tensile strength | 200 N/mm² |
| Expansion | 20 % |
| Hardness | 60 HB |
For
the laser welding of copper- and ampcoloy alloys, furthermore for the
repairing of sparkeroding electrodes. Ductile weld, close-grained
structure and high electrical conductivity. The usable hardness is
increased by cold storing.
For base materials
- pure copper
- ampcoloy alloys
| Symbol | Name | Value |
|---|
| Mn | Manganese | 0,10 % |
| Ni | Nickel | ‹ 0,30 % |
| Ag | Silver | 1,00 % |
| Cu | Copper | Rest |
04_1367
| Property | Value |
|---|
| Material no. | 2.1367 |
| Tensile elastic limit | 400 N/mm² |
| Tensile strength | 650 N/mm² |
| Expansion | 25 % |
| Hardness | 220 HB |
For
the laser welding on press tools to avoid die marks. High
manganiferous, sea water resistant multicomponent-aluminium bronze for
build-up weldings of mould inserts from ampco bronzes and ampcoloy
alloys. Cavitations resistant and good flow properties.
For base materials
- Al-bronzes
- ampcoloy alloys
- cast iron
| Symbol | Name | Value |
|---|
| Mn | Manganese | 13,00 % |
| Ni | Nickel | 2,50 % |
| Fe | Iron | 2,50 % |
| Al | Aluminium | 7,50 % |
| Cu | Copper | Rest |
04_1461
| Property | Value |
|---|
| Material no. | 2.1461 |
| Tensile strength | 390 N/mm² |
| Expansion | 40 % |
| Hardness | 90 HB |
„Laser soldering” of steel alloys, furthermore mixed
bonds of copper - steel. High temperature and corrosion resistance.
For base materials
- CuSi2Mn
- CuSi3Mn
- copper alloys
- mixed alloys of copper - steel
| Symbol | Name | Value |
|---|
| Si | Silicium | 3,00 % |
| Mn | Manganese | 1,00 % |
| Sn | Tin | 0,10 % |
| Zn | Zinc | 0,10 % |
| Fe | Iron | 0,07 % |
| Cu | Copper | Rest |
Improbond GmbH – Laser Welding WireImprobond GmbH – Laser Welding Wire
05_2245
| Property | Value |
|---|
Material no.
| 3.2245 |
| Tensile elastic limit | 100 N/mm² |
| Tensile strength | 160 N/mm² |
| Expansion | 15 % |
For the laser welding of Al-Si alloys of up to 7 % Si.
For base materials
- AlMgSi0,5
- AlMgSi0,7
- AlMgSi1
- G-AlMgSi6 Cu4
| Symbol | Name | Value |
|---|
| Si | Silicium | 5,00 % |
| Zn | Zinc | 0,20 % |
| Ti | Titanium | < 0,15 % |
| Fe | Iron | < 0,40 % |
| Al | Aluminium | Rest |
05_2384
| Property | Value |
|---|
Material no.
| 3.2384 |
| Tensile elastic limit | 90 N/mm² |
| Tensile strength | 290 N/mm² |
| Expansion | 8 % |
AlSi7Mg0,6 material for laser welding of AI-alloys.
Good flow properties.
| Symbol | Name | Value |
|---|
| Si | Silicium | 6,70 – 7,30 % |
| Mn | Manganese |
0,09 % |
| Zn | Zinc | < 0,10 % |
| Ti | Titanium | < 0,15 % |
| Fe | Iron |
0,14 % |
| Mg | Magnesium | 0,50 – 0,60 % |
| Al | Aluminium | Rest |
05_2585
| Property | Value |
|---|
Material no.
| 3.2585 |
| Tensile elastic limit | 80 N/mm² |
| Tensile strength | 180 N/mm² |
| Expansion | 5 % |
For the laser welding of Al-Si alloys of up to 12 %
Si.
For base materials
- G-AlSi11
- G-AlSi12
- G-AlMg3 Si
| Symbol | Name | Value |
|---|
| Si | Silicium | 12,00 % |
| Mn | Manganese | ~ 0,30 % |
| Zn | Zinc | < 0,10 % |
| Ti | Titanium | < 0,15 % |
| Fe | Iron | < 0,50 % |
| Al | Aluminium | Rest |
05_3535
| Property | Value |
|---|
Material no.
| 3.3535
|
| Tensile elastic limit |
80 N/mm² |
| Tensile strength | 180 - 250 N/mm² |
| Expansion | 15 % |
AlMg3 material for laser welding of Al-alloys.
Particulary suitable for anodizing.
| Symbol | Name | Value |
|---|
| Si | Silicium | 0,40 % |
Mn
| Manganese |
0,50 % |
Zn
| Zinc
|
0,20 % |
Ti
| Titanium |
0,15 %
|
Cu
| Copper
|
0,10 %
|
Fe
| Iron
|
0,40 %
|
Mg
| Magnesium | 2,60 - 3,60 %
|
Al
| Aluminum
| Rest
|
05_3548
| Property | Value |
|---|
Material no.
| 3.3548 |
| Tensile elastic limit |
110 N/mm² |
| Tensile strength | 270 – 350 N/mm² |
| Expansion | 16 % |
| Hardness | 70 HB |
Laser welding wire for the base materials of the
group „Al-Mg-…”, e.g. AlMg 3 (3.3535), AlMg 4,5 Mn (3.3547), AlMg 5
(3.3555) AlMg 2 Mn 0,8, AlMg 2,7 Mn. Furthermore for thermosetting
alloys, like AlCuMg 1 (3.1325), AlMgSi 1 (3.2315), AlZn 4,5 Mg 1
(3.4335).The laser welding ability in consideration of the
vulnerability to hot cracks should be checked.
For base materials
- aluminium alloys
- AlMg 3 (3.3535)
- AlMg 4,5 Mn (3.3547)
- AlMg 5 (3.3555)
- AlMg 2 Mn 0,8
- AlMg 2,7 Mn
- AlCuMg 1 (3.1325)
- AlMgSi 1 (3.2315)
- AlZn 4,5 Mg 1 (3.4335)
| Symbol | Name | Value |
|---|
| Si | Silicium | 0,25 % |
| Mn | Manganese | 0,80 % |
| Mg | Magnesium | 4,50 % |
| Cr | Chrome | 0,75 % |
| Ti | Titanium | 0,25 % |
| Al | Aluminium | Rest |
05_4145
| Property | Value |
|---|
Material no.
| ER 4145 |
| Tensile elastic limit | 265 N/mm² |
| Tensile strength | 310 N/mm² |
| Expansion | 5 % |
Al-Si-Cu-alloy with good flow properties and a low
melting point. Bright weld, low level of unburned carbon. The weld is
easy to polish with a high tensile strength and crack resistance.
For base materials
- G-AlSi11
- G-AlSi12
- G-AlMg3 Si
| Symbol | Name | Value |
|---|
| Si | Silicium | 10,00 % |
| Fe | Iron | 0,20 % |
| Cu | Copper | 4,00 % |
| Al | Aluminium | Rest |
Improbond GmbH – Laser Welding WireImprobond GmbH – Laser Welding Wire
06_7025
| Property | Value |
|---|
Material no.
| 3.7025 |
| Tensile elastic limit |
180 N/mm² |
| Tensile strength | 240 – 390 N/mm² |
| Expansion | 24 % |
Titanium grade 1, pure titanium, for the laser
welding of similar alloys. When working with the material care should
be taken to ensure complete coverage of the weld with inert gas.
Welding protection gas quality (argon 5.0) is important.
| Symbol | Name | Value |
|---|
| C | Carbon | < 0,10 % |
| Fe | Iron | < 0,20 % |
| Ti | Titanium | Rest |
06_7035
| Property | Value |
|---|
Material no.
| 3.7035 |
| Tensile elastic limit |
180 N/mm² |
| Tensile strength | 240 – 390 N/mm² |
| Expansion | 24 % |
Titanium grade 2, for the laser welding of similar
alloys. When working with the material care should be taken to ensure
complete coverage of the weld with inert gas.
Welding protection gas quality (argon 5.0) is important.
| Symbol | Name | Value |
|---|
| C | Carbon | < 0,10 % |
| Fe | Iron | < 0,20 % |
| Ti | Titanium | Rest |
06_7165
| Property | Value |
|---|
Material no.
| 3.7165 |
| Tensile elastic limit | 830 N/mm² |
| Tensile strength | 895 N/mm² |
| Expansion | 10 % |
Titanium grade 5, for the laser welding of similar
alloys. When working with the material care should be taken to ensure
complete coverage of the weld with inert gas. Welding protection gas
quality (argon 5.0) is important.
| Symbol | Name | Value |
|---|
| C | Carbon | < 0,08 % |
| Fe | Iron | < 0,40 % |
| V | Vanadium | 3,50 – 4,50 % |
| Al | Aluminium | 5,50 – 6,75 % |
| Ti | Titanium | Rest |
06_CoCr
| Property | Value |
|---|
Material no.
| CoCr |
| Tensile elastic limit | 630 N/mm² |
| Tensile strength | 890 N/mm² |
| Expansion | 10 % |
| Hardness | 70 HB |
Cobalt-chrome alloy, especially used in the dental
medicine. Corrosion-free.
| Symbol | Name | Value |
|---|
| Mo | Molybdenum | 4,00 – 5,00 % |
| Cr | Chrome | 27,00 – 31,00 % |
| Co | Cobalt | 62,00 – 66,00 % |
