TIG RODS FOR TOOL & DIE REPAIRS
Product Applications / Features Technical Details Ø
Classification mm
8200 T For welding tool steel, stainless steel, dissimilar steels and unknown steels. High strength, excellent corrosion resistance, wide application range, best crack resistance.
T.S. [N/mm²]: 700 - 850
Hardness: 200 - 250 HV
DIN 8556: SG X 10 CrNi 29 9
Mat. No.: 1.4337
AWS A 5.9: ER 312
1,0

1,2

1,6

2,4

3,0
3040 T Use on trimming tools, hot and cold cutting dies, shear blades, rolling mandrels, forming and cold blanking dies, plastic moulds, etc.
Hardness: 57 - 60 HRC
DIN 8555: W/WSG3-GZ60T
Mat. No.: 1.2606

1,6

2,4
3050 T Use on trimming tools, hot and cold cutting dies, shear blades, rolling mandrels, forming and cold blanking dies, plastic moulds, etc.
Hardness: 350 - 450 HB
DIN 8555: W-MSG 3-GZ 45 T
Mat. No.: 1.2567
1,6
TIG RODS FOR NICKEL ALLOYS (HEAT RESISTANT)/CAST-IRON
Product Applications / Features Technical Details Ø
Classification mm
8020 T For welding of nickel alloys such as Inconel, Hastelloy, Nimonic, 9 %-Ni-steel and similar alloys.
DIN 1736: S-NiCr 21 Mo 9 Nb
Mat. No.: 2.4831
AWS A 5.14: ER-NiCrMo-3

1,6

2,4
8024 T Nickel-chromium-molybdenum filler metal developed for TIG welding of Hastelloy C and Hastelloy C-276 to themselves, to stainless steel or to other nickel base alloys.
AWS A 5.14-76: ER NiCrMo-4

1,6

2,4
8026 T For welding of nickel alloys such as Inconel, Incoloy 825, Nimonic, 9 %-Ni-steel and similar alloys, used in chemical process plants offshore oil and gas industries. Excellent resistance to corrosion by inorganic and organic acids.
DIN 1736: SG-NiCr 27 Mo
Mat. No.: 2.4655
AWS A 5.14: ER NiFeCr-1

1,6

2,4

3,2
8310 T Manganese alloyed Tig-rod for welding and hardfacing of hot work steel, valve steel, stainless and carbon steels. Excellent toughness and crack resistance.
Hardness: 200 HB (workhardened up to  400 HB)
DIN 8556: SG X 15 Cr Ni Mn 18 8
Mat. No.: 1.4370
AWS A 5.4: (ER 307 Si)

1,6

2,0

2,4
TIG RODS FOR NICKEL AND CAST-IRON
Product Applications / Features Technical Details Ø
Classification mm
600 T High Nickel filler metal used for TIG welding of high Nickel based alloys such as Nickel 200 and 201. Also recommended for joining above Nickel alloys to dissimilar metals such as Carbon steel, Stainless steel, Inconel and Incoloy (Nickel 99.2, Nickel 99.6 and Copper Nickel alloys.)
DIN 1736: SG-Ni Ti-4
Mat. No.: 2.4155
AWS: ER Ni-1

1,2

1,6

2,4
TIG RODS FOR STAINLESS STEEL/DUPLEX
Product Applications / Features Technical Details Ø
Classification mm
2100 T For welding low carbon 18% Cr/10% Ni austenitic stainless steels. (302, 304, 308).
DIN 8556: SG X 2 CrNi 19 9
Mat. No.: 1.4316
AWS A 5.9: ER 308 L-Si

1,2

1,6

2,0

2,4

3,0
2200 T Stainless steel rods for welding steels resistant to temperatures up to 1200°C. (310 and 314).
DIN 8556: SG X 12  CrNi 25 20
Mat. No. 1.4842
AWS A 5.9: ER 310

1,6

2,0

2,4
2340 T For welding of austenitic acid-resistant steel of the 18-8 molybdenum type such as 316L and 316 (DIN-Mat.No 1.4435, 1.4436, 1.4404, 1.4571). High resistance to general corrosion in most inorganic and organic acids and to local pitting in chloride-rich solutions
DIN 8556: SGX 2 CrNiMo 19 12 3
Mat. No.: 1.4430
AWS A 5.9: E 316 L

1,0

1,2

1,6

2,0

2,4

3,0

4,0
2360 T For applications requiring extremely high corrosion and chemical resistance. Joining and surfacing of corrosion resistant CrNiMo; 20 Cr; 25 Ni; 4,5 Mo; 1,5 Cu and Duplex steels. Particularly suited for urea and nitric acid plants, e.g. 1.4465, 1.4577, 1.4578, afnor steel 253 and similar types.
DIN 8555: SGX 2 CrNiMoCu20 25
Mat. No.: 1.4519
AWS A 5.9: E 904 L

1,6

2,4

2400 T A corrosion resistant wire for welding of austenitic-ferritic duplex stainless steels. Use for material no. 1.4462, SAF 2205, Avesta 2205 and SS 2377. High corrosion resistance, especially to stress corrosion in chloride containing media.
Mat. No.: 1.4462

1,6

2,4

8014 T For welding of stainless steels, heat resistant steels, duplex steels, tool steels and steels of unknown analyse. Excellent corrosion resistance. High elongation.
DIN 8556: SG X 2 CrNiMo 23 13
AWS A 5.9: ER 309 L Mo

1,0

1,6

2,4
TIG RODS FOR COPPER, BRASS AND BRONZE
Product Applications / Features Technical Details Ø
Classification mm
4210 T For TIG welding of CUNIFER30, CUNIFER 10 and other Cupro-Nickel alloys. Excellent seawater resistance.
Mat. No.: 2.0873
2,4
4220 T A copper-tin alloy (phosphor-bronze) suitable for welding of tin-bronze metals such as 509 to 519 series. Also for welding of dissimilar bronze alloys.
DIN 8556: SG-CuSn 12
Mat. No.: 2.1056

2,0

3,0
4223 T Tin-bronze welding rod. Suitable for welding of Tin- bronze copper, copper/zink (phosphor/bronze) alloys red brass, nickel and for joining these materials to steel.
DIN 1733: S-CuSn6
Mat. No.: 2.1022
AWS  A 5.7 ER Cu Sn A (nearest)

2,0

2,4
4222 T Aluminium-bronze welding rod. Suitable for welding of copper/aluminium alloys (aluminium-bronzes). Specially applicable for marine use (ship screws) and overlaying components subject to frictional wear and corrosion.
DIN 8556: 100% Ar or 75% Ar
+ 25% He
SG-CuAl8
AWS ER-CuAl-41

2,0

2,5

4600 T An easy-flowing high quality copper rod for full fusion welding of deoxidised copper components.
DIN 8556: SG-CuSn
AWS A 5.7-84: ER Cu

2,0

3,0

GAS RODS FOR HARDFACING
Product Applications / Features Technical Details Ø
Classification mm
3020 G

Flexirod

 Tungsten, nickel alloy. For hardfacing knives, sugar cane blades, debarker tools, mixer blades, paper and textile cutters.
Hardness: 2200 (HV) 0,05 (Vickers)

4,0

5,0

3026 G A torch rod containing copper, nickel and tungsten. Massive amounts of "tungsten chips" having each sharp cutting edges. Use on oil and rock drills, rotary cutting bits, augers, drill pipes and stabilizers.
Hardness: 70 - 75 HRC
Working temp.: ca. 910°C

Mesh sizes

1,6-3,2

3,2-4,8

6,4-8,0

3022 G Tungsten alloy (tubular) producing an extremely hard non-machinable overlay. Use for repair and protection of augers, mixer blades, knives, debarking tools. Contains over 60% tungsten carbide.
Hardness: 2000 - 2500 HV

3,5

4,0

5,0

6,0

TIG-/GAS RODS FOR HARDFACING
Product Applications / Features Technical Details Ø
Classification mm
3406 G TIG/GAS rod specially developed for hardfacing and rebuilding of parts involving metal to metal friction at high temperatures. Use for valve seats, mixer baldes, hot shear blades, trimming dies, punches, augers, etc.
Hardness: 40 - 45 HRC
at 600°C: 30 HRC
DIN 8555: WSG 20-GO-40-CTZ
AWS A 5.13: R-CoCr A

2,4

3,2

4,0

3412 G TIG/GAS rod specially developed for hardfacing of wood and hot working tools. For use on debarking chipping knives, saw blades, paper and plastic cutting knives, etc. Temperature resistance: up to 800 °C.
Hardness: 48 - 50 HRC
at 600°C: 38 HRC
DIN 8555: WSG 20-GO-50-CTZ
AWS A 5.13: R-CoCr B

2,4

3,2

4,0

TIG RODS FOR ALUMINIUM
Product Applications / Features Technical Details Ø
Classification mm
825 T

Magnesium alloyed welding wire for welding of a wide variety of aluminium alloys containing up to 5% Magnesium

Suitable for the grades AlMg, AlMgSi, AlMgMn and AlMg5

DIN 1732: S-AlMg5
AWS A 5.10: ER 5356

1,6

2,0

2,5

3,0

4,0

820 T For welding aluminium alloys up to 3 % Mg. Excellent colour match after anodizing.
DIN 1732: S-AlMg3
Mat. No.: 3.3536
AWS A 5.10: ER 5154/5654

2,0

2,4

3,0

4,0

830 T For welding of aluminium silicon grades, also H 9 (6063), H 20 (6061) an H 30 (6082 types) and LM2, LM18 and LM25 castings. Clean, smooth flowing properties.
DIN 1732: S-AlSi5
AWS A 5.10: ER 4043

1,6

2,0

2,4

3,0

4,0

845 T Magnesium-Manganese alloyed welding wire for welding of high strength Aluminium and Aluminium alloys. SS Aluminium 4140, 5083
DIN 1732: S-AlMg4,5Mn
AWS A 5. 10: ER 5183

2,0

2,5

3,2

860 T Low temperature TIG and brazing rod containing 12 % silicon for joining aluminium with a magnesium content below 1,5 %.
DIN 1732: S-AlSi12
AWS A 5.10: ER 4047

1,6

2,0

3,0

TIG RODS FOR MAGNESIUM
Product Applications / Features Technical Details Ø
Classification mm
850 T General purpose magnesium brazing and welding rod specially recommended for fabricating parts made of magnesium and building-up of worn or damaged sections.
DIN 1732: Mg Al 6 Zn
AWS A 5.9: ER AZ 61 A
3,2
TIG RODS FOR MILD/CARBON STEEL
Product Applications / Features Technical Details Ø
Classification mm
701 T A high strength filler wire for welding a wide range of mild and low alloy steels. Typical applications include pipe-welding root runs, machinable build ups on tools and dies etc. Deposit will respond to heat treatment.
DIN 8575: SG-Mo
Mat. No.: 1.5424
AWS ER 80-Sg

1,2

1,6

2,0

2,4

3,0

700 G

Ideal for pipe welding of mild and low alloy steel

Use for applications requiring porosity-free, sound and reliable joints

DIN 8554: G IV
Mat. No.: 1.5425
AWS A 5.2: R 60

1,6

2,0

2,4

3,0

4,0

704 G Gas welding rod for carbon and low alloy steels.
DIN 8554: G I
AWS A 5.2: R 45

1,6

2,0

2,4

3,0

4,0

TIG RODS FOR TITANIUM
Product Applications / Features Technical Details Ø
Classification mm

610 T

612 T

613 T

614 T

For welding commercial pure Titanium components and structures, cryogenic and petrochemical applications. For welding applications needing outstanding resistance to sea water, marine atmosphere and corrosive acids, eg. heat exchangers. Also for high temperature use. Ideal for aerospace, marine and chemical processing equipment.
AWS A 5.16 ER Ti-1  Grade 1
ER Ti-2  Grade 2
ER Ti-3  Grade 3
ER Ti-4  Grade 4

1,6

2,5

TUNGSTEN ELECTRODES
Product Applications / Features Technical Details Pcs. /  Ø
Classification Pack mm
2000 New tungsten welding electrode for TIG and plasma welding. Contains absolutely no thorium. Easy starting, extended amperage ranges. Keeps point longer, doesn’t need resharpening as often. Can be used to weld all metals including stainless steel and aluminium.
EN 26848: WC 20
Contents: Lanthanoxid Ceriumoxid
10

1,0

1,6

2,4

3,2

2010 Pure tungsten electrode especially suitable for aluminium welding (AC)
Mat. No.: 2.6005
10

1,0

1,6

2,4

3,2

4,0

2603 Thoritated tungsten electrode. Ideal for welding of stainless steels. High resistance to contamination.
Mat. No.: 2.6026
10

1,0

1,6

2,4

3,2