CARBOWELD ειδικά ηλεκτρόδια.
Η
Αγγελάτος
Γ. & Σ.Ι.Α
Ο.Ε.
εισάγει
και σας προμηθεύει με τα κορυφαία στο
χώρο προϊόντα
συγκόλλησης
της Carboweld
Ως ανεξάρτητη επιχείρηση είναι ελεύθερη από ξένες πολιτικές που σημαίνει ότι έχει ελευθερία στις αποφάσεις της χωρίς να δέχεται εξωτερική πίεση. Σε αυτά βασίζετε η επιτυχία της carboweld ώστε να μπορεί σήμερα να προσφέρει σε όσους προτιμούν τα προϊόντα της ,αποτελεσματική βοήθεια στην εξεύρεση λύσεων σε τεχνικά προβλήματα των συγκολλήσεων τους. Για όλα τα παραπάνω η Carboweld έχει αναπτύξει μια σειρά από άκρως εξειδικευμένα προϊόντα τα οποία είναι από τα καλύτερα στον τομέα τους. Με ειδικούς που κατέχουν εμπειρία πολλών χρόνων και την ικανότητα να εκτελούν εντολές με ένα ιδιαίτερα ευέλικτο τρόπο μπορεί να διαβεβαιώσει τους πελάτες της ότι τα προϊόντα της Carboweld θα καλύψουν όλες της απαιτήσεις τους. Τα πρότυπα για τα προϊόντα της πληρούν τις υψηλότερες διεθνείς απαιτήσεις.
.
Ειδικά ηλεκτρόδια CARBOWELD
| Stainless Steel / Cast iron / Cobalt Base / Hardfacing / Tungsten Carbide / Cutting and Chamfering / Tool Steel / Nikel base / Non Ferrous Elecrodet / Low alloyed Types | |||
| Trade name | Reference Specification | Characteristics and typical applications |
|
|---|---|---|---|
| Stainless Steel | |||
| CARBO 4316 AC Carbo 4316 MPR |
EN ISO 3581-A |
CARBO 4316 AC is an
AC-weldable, rutile coated electrode with an alloyed core, suitable for joining corrosion-proof CrNi steels with low carbon content as well as stabilised and non-stabilised steels of identical or similar characteristics which are resistant to chemical agents. Used on a base metal of identical characteristics the weld metal is resistant to wet corrosion up to 350° C. CARBO 4316 AC is scale resistant up to 875°C in an air and oxidising gases atmosphere. No intercrystalline corrosion due to low carbon content. The weld metal is capable of taking high polish. |
|
| Carbo 4551 AC | EN ISO 3581 AWS A 5.4 E 19 9 Nb R 12-E347-17 |
CARBO 4551 AC is an AC-weldable, rutile coated
electrode with an alloyed core, suitable for joining corrosion-proof stabilized or unstabilized CrNi steels of identical or similar characteristics which are resistant to chemical agents. Used on a base metal of identical characteristics the weld metal is resistant to wet corrosion up to 400° C. The deposit is scale resistant up to 800°C in an air and oxidising gases atmosphere. |
|
| Carbo 4430 AC Carbo 4430 MPR Carbo 4430 FALL |
EN ISO 3581-A AWS A 5.4 E 19 12 3 L R 12 E 316L-17 |
CARBO 4430 AC is an AC-weldable, rutile coated
electrode with an alloyed core, suitable for joining corrosion-proof CrNiMo steels of low carbon content as well as stabilised and non-stabilised steels of identical or similar characteristics which are resistant to chemical agents. Used on a base metal of identical characteristics the weld metal is resistant to wet corrosion up to 400° C. Scale resistant up to 875° C in an air and oxidising gases atmosphere. No intercrystalline corrosion due to low carbon content. The weld metal is capable of taking high polish. Also approved for joining austenitic to ferritic steels (weld thin stringer beads) |
|
| Carbo 4576 AC Carbo 4576 MPR Carbo 4576 B |
EN ISO 3581 AAWS A 5.4 E 19 12 3 Nb R 12 E318-17 |
CARBO 4576 AC is an AC-weldable, rutile-coated
electrode with an alloyed core, suitable for joining corrosion-proof CrNiMo-steels as well as stabilized and non-stabilized base materials of same or similar characteristics which are resistant to chemical agents. Combined with a base material of same characteristics the weld metal is resistant to wet corrosion up to 400°C. The weld metal alloy is scale-resistant up to 875°C in air and in oxidizing gases atmosphere. |
|
| Heat-scale-resistant Steels | |||
|
Carbo 4332 AC |
EN
ISO 3581-A AWS A 5.4 E 23 12 L R 12 E309L-17 |
CARBO 4332 AC is an AC-weldable, rutile-coated
electrode with an alloyed core, suitable for joining difficult-to-weld steels and for corrosionproof plating. An austenitic 18/10 type CrNi weld metal can be obtained already in the first layer. The 4332 alloy is also suitable for buffer layers on plated metal sheets. The highly alloyed weld metal deposited by the CARBO 4332 AC electrode ensures crack-proof welds and is scale-resistant up to 1,000°C. |
|
| Carbo 4842 AC Carbo 4842 B |
EN
ISO 3581-A AWS A 5.4 E 25 4 MP R 23 E 310-16 |
CARBO 4842 AC is an AC-weldable rutile-coated
electrode with an alloyed core, suitable for joining corrosion-proof, highly heat-proof and nonscaling CrNi-steels which are subject to service temperatures up to 1200° C. The electrode is also suitable for joint welding Cr-, CrSi-, and CrAl steels and for cladding low alloy base metals. The weld metal alloy is highly hotcrack- proof. Keep temperature as low as possible during welding. Annealing to 250°C and post-weld tempering to 700°C is required on ferritic base materials. The electrode is mainly used in furnace-construction, for fittings and pipelines. |
|
|
Carbo 4820 AC Carbo 4820 MPR |
EN
ISO 3581-A DIN 8556 E 25 4 R 52 E 25 4 MP R 23 |
CARBO 4820 MPR is an AC-weldable electrode with
a recovery of 140% for fabrication-welding on equal or similar, corrosion and heat-resistant steels and steel-castings. The weld-deposit is on equal base-material scale-resistant and, by reason of its low nickel-content, resistant against attack of sulphurous gases at higher temperatures up to 1150°C. When welding CARBO 4820 AC low heat-input should be guaranteed as alloys of such chemistry are sensitive to embrittlement at 600-800°C. The interlayer-temperature must not exceed 300°C. |
|
| Dissimilar, unknown or problem Steels | |||
| Carbo 29 9 AC Carbo 29 9 MPR |
EN ISO 3581-A AWS A 5.4 DIN 8555 E 29 9 R 53 E312-17 E 9-UM-200-CKRTZ |
CARBO 29/9 MPR is an AC weldable electrode with
160% recovery, suitable for joining difficult-to-weld steels. Austenitic-ferritic stainless steel welding deposit (high ferrite content). The weld metal remains ferritic, even after dilution with an austenitic base metal forming elements such as Mn, Ni und C and is thus highly crack resistant. Plastic weld metal of high tensile strength, impact proof, tough, and acid and heat resistant up to 1,000° C. Hardness after strain-hardening: ca. 360 HB Soft, intense fusion, easy slag removal, finely rippled beads. Suitable for AC welding. Joint weld with a short arc using stringer bead techniques. Maximum wall thickness < 30 mm. The weld metal alloy strain-hardens during use. |
|
| Carbotrode 92 |
EN 1600 E 29 9 1 R 12 AWS A 5.4 E312-16 DIN 8555 E 9-UM-200-CKRTZ |
CARBOTRODE 92 is an AC weldable electrode with an
alloyed core, suitable for joining difficult-to-weld steels. Austenitic-ferritic stainless steel welding deposit (high ferrite content). The weld metal remains ferritic, even after dilution with an austenitic base metal forming elements such as Mn, Ni und C and is thus highly crack resistant. Plastic weld metal of high tensile strength, impact proof, tough, acid resistant and heat resistant up to 1,000° C. Hardness after strain-hardening: ca. 360 HB Soft, intense fusion, easy slag removal, finely rippled beads. Suitable for AC welding. Joint weld with a short arc using stringer bead techniques. Maximum wall thickness < 30 mm. The weld metal alloy strain-hardens during use. |
|
| Carbo 4370 AC Carbo 4370 MPR Carbo 4370 B |
EN
ISO 3581-A AWS A 5.4 DIN 8555 E 18 8 Mn R 12 E307-17 / MOD. E 8-UM-200-CKNPZ |
CARBO 4370 AC is an AC-weldable electrode with an
alloyed core, suitable for welding difficultly weldable steels of carbon content >0.7 % which are at risk of cracking and for joint welding and surfacing on heat resistant stainless steels and castings. Suitable for joint welding of austenitic to ferritic steels which are exposed to service temperatures up to 300° C. Furthermore, CARBO 4370 AC can be used for welding equalizing buffer layers prior to hardfacing and for repair welding of manganese steels. Stainless, heat resistant weld metal, non-scaling up to 850° C and resistant to sulphurous waste gases at temperatures up to 500° C. The weld metal alloy is case hardening and non-magnetic Hardness after strain-hardening: abt. 340 HB |
|
| Carbo 4431 AC Carbo 4431 MPR |
EN
ISO 3581-A E 20 10 3 L R 12 AWS A 5.4 E308MoL-17 |
CARBO 4431 AC is an AC-weldable, rutile coated
electrode with an alloyed core, suitable for joining corrosion-proof CrNiMo steels of low carbon content as well as stabilised and non-stabilised steels of identical or similar characteristics which are resistant to chemical agents. Especially on base materials which are at a risk of cracking, CARBO 4431 AC can be used for joining austenitic to ferritic steels. Same suitability for joint welding heat treatable steels, stainless Cr-steels, manganese steels, screening steels to each other and to dissimilar steel types. |
|
| Carbo 4459 AC | EN ISO 3581-A E 23 12 2 L R 12 AWS A 5.4 E309MoL-17 |
CARBO 4459 AC is an AC-weldable rutile-coated electrode
with an alloyed core, suitable for joining difficult-to-weld steels and for corrosionproof claddings. An austenitic weld metal (CrNiMo 18/ 10/ 2) is obtained already in the first layer. The alloy is also suitable for welding buffer layers on plated metal sheets and for joining austenitic to ferritic steels which are subject to service temperatures of up to 300° C. Due to its high alloy level. CARBO 4459 AC produces crack-proof welds. The addition of molybdenum ensures higher corrosion resistance and higher tensile-strength at elevated temperatures, as compared to the moly-free material 1.4829. The weld metal is heat resistant and non-scaling up to 1050° C |
|
| Rust proof special Alloys | |||
| Carbo 4009 MPR | EN
ISO 3581-A E 13 R 52 AWS A 5.4 E410-17 |
CARBO 4009 MPR is a rutile coated electrode with a
recovery of 160% for plating and joining equal and similar ferritic Cr-steels and cast steels. Proper weldings are subject to the recommended heat treatment. The electrode is specially suitable for sealing surfaces on water-, steamand gas-valves. The deposit is scale resistant up to 800°C and can be tempered. |
|
| Carbo 4015 MPR | EN
1600 E 17 R 52 AWS A 5.4 E430-16 DIN 8555 E5-UM-200-PR |
CARBO 4015 MPR is a rutile coated electrode with a
recovery of 160% for plating and joining equal and similar ferritic Cr-steels and cast steels. Proper weldings are subject to the recommended heat treatment. The electrode is specially suitable for sealing surfaces on water-, steamand gas-valves, especially for sulphuric gases The deposit is scale resistant up to 950°C and can be tempered. |
|
| Carbo 4115 MPR | EN ISO 3581 A E 17 Mo R 52 DIN 8555 E6-UM-200-PR |
CARBO 4115 MPR is a rutile coated electrode with a
recovery of 160% for plating and joining equal and similar ferritic Cr-steels and cast steels. Proper weldings are subject to the recommended heat treatment. The electrode is specially suitable for sealing surfaces on water-, steamand gas-valves, especially for sulphuric gases The deposit is resistant to seawater, thin acids and scale resistant in air an oxidizing gases up to 950°C . The deposits can be tempered. |
|
| Carbo 4120 MPR | EN
ISO 3581 A EZ 13 1 R 52 DIN 8555 E6-UM-200-PR |
CARBO 4120 MPR is a rutile coated electrode with a
recovery of 160% for plating and joining equal and similar ferritic Cr-steels and cast steels. Proper weldings are subject to the recommended heat treatment. The electrode is specially suitable for sealing surfaces on water-, steamand gas-valves, especially for sulphuric gases The deposit is resistant to seawater, thin acids and scale resistant in air an oxidizing gases up to 800°C . The deposits can be tempered. |
|
| Carbo 4351 MPR | EN
ISO 3581 A E 13 4 R 53 AWS A 5.4 E410NiMo-16 DIN 8555 E5-UM-400-KRTZ |
CARBO 4351 MPR is a rutile coated electrode with a
recovery of 150% for plating and joining equal and similar ferritic Cr-steels and cast steels. The Alloy is highly suitable for welding on tough, corrosion resistant Continuous-Cast Rolls and also wear parts from the Steel Industry and Large machinery. Apart from corrosion resistance, it also has a further capability in protecting against cavitation and erosion. |
|
| Carbo 4462 AC | EN
ISO 3581 A E 22 9 3 N L R 12 AWS A 5.4 E2209-17 |
CARBO 4462 AC is an AC-weldable electrode with an
alloyed core, suitable for welding on compound steels of same or similar steels. (DUPLEX SS 2205 (UNS S 32205) 1.4462 ) The weld deposit is resistant to pitting, stress corrosion cracking and intercrystalline corrosion at temperatures up to 250° C. Furthermore, the weld metal alloy is saltwater-proof and performs high tensile strength, as a result of nitrogen being added to the alloy. |
|
| Carbo 4462 Cu B | EN
ISO 3581 A E 25 9 3 Cu N L B 22 DIN 8555 E9-UM-300-CKR |
CARBO 4462 Cu B is an basic coated electrode with an
alloyed core, suitable for corrosion resistant platings. The weld deposit is resistant to pitting, stress corrosion cracking and intercrystalline corrosion at temperatures up to 250° C. Furthermore, the weld metal alloy is saltwater-proof and performs high tensile strength, as a result of nitrogen being added to the alloy. The deposits give better corrosion results than the Cu free version. |
|
| Carbo 4440 AC | EN
ISO 3581 A E 18 16 5 N L R 12 AWS A 5.4 E 317 L-17 |
CARBO 4440 AC is an AC-weldable, rutile coated
electrode with an alloyed core, suitable for joining corrosion-resistant CrNiMoN steels as well as for austenitic-ferritic joints. Used on a base metal of identical characteristics the weld metal is very high corrosion resistant, especially under non oxidizing, halogenious conditions The high molybdenum content results in extended resistance against pitting and intercrystalline corrosion ( wet corrosion up to 350° C). The austenitic deposit is non magnetic and safe against hot cracking, including micro cracking. Fertilizer plants producing uric acid |
|
| Carbo 4519 HE | EN ISO 3581A E 20 25 5 Cu N L R 53 AWS A 5.4 E385-17 /mod. |
CARBO 4519 HE is an electrode with an alloyed core wire
and a recovery of 160% well suited for joint welding on the same or similar corrosion resistant CrNiMoCu steels along with low alloyed steels. Overlays with this electrode leave a pierce and tension resistant deposit that is also resistant to intergranular (IK) corrosion, specifically from acids and non-oxidating materials (i.e. sulfuric, phosphorous acids or ammonium acetate). |
|
| Carbo 4850 B | EN ISO 3581-A E 22 33 Nb B 22 | CARBO 4850 B is a lime basic coated electrode with an
alloyed core, suitable for joint welding on equivalent or similar corrosion and heat resistant steels and cast steels. The deposits are scale resistant up to 1050°C and have good resistance to carburising atmospheres, hot air, oxidising combustion gases or reducing combustion gases |
|
| Carbo 4853 B | EN ISO 3581-A E 25 35 Nb B 22 | CARBO 4853 B is a lime basic coated electrode with an
alloyed core, suitable for fabrication welding and claddings on equivalent or similar corrosion and heat resistant steels and centrifugal castings. The deposits are applied on centrifugally cast tubes as well as on parts of reformer- and industrial furnaces where high heat and scale resistant under mechanical, thermal and corrosive load is essential. The scaling resistance is guaranteed up to 1050°C. Creep rupture reaches values up to 80% of the base material HP. Further the alloy has a good resistance to carburisation and sulphuric gases |
|
| Carbo 4948 B | EN ISO 3581-A E 19 9 B 22 AWS A 5.4 E308H-15 |
CARBO 4948 B is a basic-coated electrode with an
alloyed core, suitable for fabrication of austenic CrNi steels and steel castings. The weld deposit shows excellent creep rupture characteristics. The alloy is also suitable for welding austenitic CrNi steels with carbon contents higher than 0,4 % as well as for ACI conform castings. The alloy is high temperature resistant up to 700 °C and scale resistant up to 800°C. |
|
| Carbo 4846 B | E310H-15 E2520 H B 22 |
||
|
CAST
IRON |
|||
| Carbo Ni 2 | DIN
EN ISO 1071 E C Ni-Cl 1 AWS A5.15 ENi-CI |
Basic-graphite
special coated electrode with a pure nickel core wire. Suitable for cold welding on grey cast iron, malleable cast iron, and cast steel as well as repair welding on castings showing symptoms of fatigue. Excellent welding properties also for welding with low amperage. Quietly and intensely flowing weld metal, only few spattering, easily removable slag. The weld seam is file-soft and machinable even in the transitional zone between the seam and the base material. |
|
| Carbo NiFe 60/40 | DIN
8573 E NiFe-1 BG 11 AWS A 5.15 E NiFe-CI |
Basic-graphite special coated electrode with a
ferro-nickel core. Suitable for joining all types of grey cast iron and also for joining cast iron with steel, but especially for nodular cast iron. The colour of the deposit is very similar to the base material, and corrosion will be identical to the base material later on. This electrode excels by very high crack-resistance and high tensilestrength of the weld metal. Even in refined zones the seam is still machinable. |
|
| Carbo NiFe 31 | DIN
8573 E NiFe-1 BG 11 AWS A 5.15 E NiFe-CI |
Basic-graphite special coated electrode with a
bimetallic ferro-nickel core wire which allows very fast fusion on direct current as well as on alternate current without any risk of overheating. Suitable for joining all types of grey cast iron and also for joining cast iron with steel, but especially for nodular cast iron. The colour of the deposit is very similar to the base material, and corrosion will be identical to the base material later on. This electrode excels by very high crack-resistance and high tensilestrength of the weld metal. Even in refined zones the seam is still machinable. |
|
| Carbo NiFe 55 | DIN
8573 E NiFe-1 . BG 11 AWS A 5.15 ENiFe-CI |
Basic-graphite special coated electrode with a recovery
of 160 %. Suitable for joining and repairing all types of grey cast iron, also for joining cast iron with steel, but especially for the repair of big parts. The weld metal alloy essentially contains 55 % Ni and + 45 % Fe. This electrode excels by very high crack-resistance and high tensilestrength of the weld metal. Even in refined zones the seam is still machinable. |
|
| Carbo NiFe 60/40 K | DIN
8573 E NiFe-1 . BG 11 AWS A 5.15 ENiFe-CI |
Basic-graphite special coated electrode with a copper
plated ferro-nickel core. Suitable for joining and repairing all types of grey cast iron, also for joining cast iron with steel, but especially for nodular cast iron. The weld metal alloy essentially results from the core wire which contains abt. 60 % Ni and + 40 % Fe + Cu. This electrode excels by very high crack-resistance and high tensilestrength of the weld metal. Even in refined zones the seam is still machinable. |
|
| Carbo CAST X | DIN
8573 E Ni BG 13 ISO 1071 ENi AWS A5.15 ENi-CI |
Basic-graphite Barium free non conductive coating,
electrode with a pure nickel core wire. Suitable for cold welding on grey cast iron, malleable cast iron, and cast steel as well as repair welding on castings showing symptoms of fatigue. Especially designed to weld in deep holes or on parts where the coating may touch the casting . Excellent welding properties also for welding with low amperage. Homogeneous and easy to machine deposit. Good bonding and flow of the weld metal. Repairing of engine blocks, frames of tool machines, Gearboxes, reducing pieces, valve and pumps bodies. |
|
| Carbo NiCu | DIN
8573 E NiCu . BG 11 AWS A 5.15 E NiCu-B |
Basic-graphite special coated electrode with a
NiCu-alloyed core wire. This electrode is particularly suitable for safe cold welding of grey cast iron, cast steel and malleable cast iron. The colour of the weld deposit is very similar to cast iron. Therefore, The electrode is primarily suitable for repairing casting or machining defects on new castings. |
|
| Carbo GG | DIN
8573 E FeC-2-BG 11 AWS A 5.15 ESt DIN EN ISO 1071 E C FeC - GF 1 |
CARBO GG is a special basic graphite coated stick
electrode for the welding of cast iron. It is used for the repair welding of difficult to weld, heavily contaminated and poor quality cast iron. It is also suitable for wear resistant overlays on cast iron parts. The weld deposit of only machinable by grinding. It is a good colour match with the base material and can be enamel coated. The electrode has a soft, spatter-free running characteristic, with good penetration and an easily removable slag. |
|
| Cobalt Base | |||
| 100 % Recovery | |||
| Carbo SK 1 | AWS
A5.13 ECoCr-C DIN 8555 E 20-UM-55-CTZ |
CARBO SK 1 is an AC-weldable hardfacing electrode with
an alloyed core. The deposit is a cobalt base alloy of austenitic-ledeburitic structure with embedded CrW carbides. It is the hardest of the standard Cobalt base alloys. The weld metal is highly resistant to corrosion, impact, abrasive wear as well as thermal shocks and heavy mechanical impact. The deposits are only machinable by grinding |
|
| Carbo SK 6 | AWS
A5.13 ECoCr-A DIN 8555 E 20-UM-40-CTZ |
AC-weldable hardfacing electrode with a rutile-basic
coating and an alloyed core. The deposit is a cobalt base alloy of austenitic-ledeburitic structure with embedded CrW carbides. The weld metal is highly resistant to corrosion, impact, abrasive wear as well as thermal shocks and heavy mechanical impact. Good aptitude for polishing and machining. |
|
| Carbo SK 12 | AWS
A5.13 ECoCr-B DIN 8555 E 20-UM-50-CTZ |
AC-weldable hardfacing electrode with a rutile-basic
coating and an alloyed core. The deposit is a cobalt base alloy of austenitic-ledeburitic structure with embedded CrW carbides. The weld metal is highly resistant to corrosion, impact, abrasive wear as well as thermal shocks and heavy mechanical impact. .The deposit is only machinable by hard faced tools. |
|
| Carbo SK 21 | DIN
8555 E-20-UM-300-CKTZ |
CARBO SK 21 is a rutile coated electrode which is AC
weldable. The deposit is a cobalt base alloy of high tenacity as well as extreme corrosion- and heat resistance. The weld metal is highly resistant to impact and is work-hardening up to 45 HRC. Working temperature should be kept between 400° and 600°C, depending on base material and type of construction. Slow cooling, if necessary oven cooling, is recommended for low alloyed and austenitic steels. Subsequent heat treatment ( stress relief at 700°C approx.) is not necessary, except on large structures. |
|
| Carbo SK 25 | DIN
8555 E 20-UM-300-CKTZ |
CARBO SK 25 is a rutile coated electrode which is AC
weldable. The deposit is a cobalt base alloy with about 10 % Ni for matrix stability during elevated temperature service. The weld metal is highly resistant to hot corrosion, impact wear and extreme temperature shocks and oxidation. The alloy is machinable by hard faced tools. Hot forging tools, aerospace industry, turbo charger buckets, parts subject to high operation temperatures in combination with all types of wear such as impact, pressure, corrosion, erosion etc. The alloy is used on gas turbine components, on steam and chemical valves, on equipments handling hot steel such as tong bits, share blades, pumps for high temperature liquids. |
|
| 160% Recovery | |||
| Carbo S 1 | AWS
A5.13 ECoCr-C DIN 8555 E 20-UM-55-CTZ |
CARBO S 1 is an AC-weldable hardfacing electrode with
an alloyed core and a recovery of 160%. The deposit is a cobalt base alloy of austeniticledeburitic structure with embedded CrW carbides. It is the hardest of the standard Cobalt base alloys. The weld metal is highly resistant to corrosion, impact, abrasive wear as well as thermal shocks and heavy mechanical impact. The deposits are only machinable by grinding |
|
| Carbo S 6 | AWS
A5.13 ECoCr-A DIN 8555 E 20-UM-40-CTZ |
CARBO S 6 is an AC-weldable hardfacing electrode with
an alloyed core and a recovery of 160%. The deposit is a cobalt base alloy of austeniticledeburitic structure with embedded CrW carbides. The weld metal is highly resistant to corrosion, impact, abrasive wear as well as thermal shocks and heavy mechanical impact. Good aptitude for polishing and machining. |
|
| Carbo S 12 | AWS
A5.13 ECoCr-B DIN 8555 E 20-UM-50-CTZ |
AC-weldable hardfacing electrode with an alloyed core
and a recovery of 160 %. The deposit is a cobalt base alloy of austenitic-ledeburitic structure with embedded CrW carbides. The weld metal is highly resistant to corrosion, impact, abrasive wear as well as thermal shocks and heavy mechanical impact. .The deposit is only machinable by hard faced tools. |
|
| Carbo S 21 | DIN
8555 E 20-UM-300-CKTZ |
AC-weldable hardfacing electrode with an alloyed core
and a recovery of 160 %. The deposit is a cobalt base alloy of high tenacity as well as extreme corrosion- and heat resistance. The weld metal is highly resistant to impact and is work-hardening up to 45 HRC. Working temperature should be kept between 400° and 600°C, depending on base material and type of construction. Slow cooling, if necessary oven cooling, is recommended for low alloyed and austenitic steels. Subsequent heat treatment ( stress relief at 700°C approx.) is not necessary, except on large structures. |
|
| Carbo S 25 | DIN
8555 E 20-UM-300-CKTZ |
CARBO S 25 is an AC weldable rutile coated electrode
with a recovery of 160 %. The deposit is a cobalt base alloy with about 10 % Ni for matrix stability during elevated temperature service. The weld metal is highly resistant to hot corrosion, impact wear and extreme temperature shocks and oxidation. The alloy is machinable by hard faced tools. Hot forging tools, aerospace industry, turbo charger buckets, parts subject to high operation temperatures in combination with all types of wear such as impact, pressure, corrosion, erosion etc. The alloy is used on gas turbine components, on steam and chemical valves, on equipments handling hot steel such as tong bits, share blades, pumps for high temperature liquids. |
|
| Oxyacetylene and TIG Rod | |||
| Carbo TS 1 | AWS
A5.13 E CoCr-C DIN 8555 WS / G 20-UM-55-CTZ |
CARBO TS 1 is a bare cobalt base rod for TIC-welding.
The deposit is a cobalt base alloy of austenitic-ledeburitic structure with embedded CrW carbides. It is the hardest of the standard Cobalt base alloys. The weld metal is highly resistant to corrosion, impact, abrasive wear as well as thermal shocks and heavy mechanical impact. The deposits are only machinable by grinding |
|
| Carbo TS 6 | AWS
A5.13 ECoCr-A DIN 8555 W / SG 20--40-CTZ |
CARBO TS 6 is a bare rod for TIG- welding. The deposit
is a cobalt base alloy of austenitic-ledeburitic structure with embedded CrW carbides. The weld metal is highly resistant to corrosion, impact, abrasive wear as well as thermal shocks and heavy mechanical impact. Good aptitude for polishing and machining. |
|
| Carbo TS 12 | AWS
A5.13 RCoCr-B DIN 8555 E 20-UM-50-CTZ |
CARBO TS 12 is a bare rod for TIG welding. The deposit is a cobalt base alloy of austenitic-ledeburitic structure with embedded CrW carbides. The weld metal is highly resistant to corrosion, impact, abrasive wear as well as thermal shocks and heavy mechanical impact. .The deposit is only machinable by hard faced tools. |
|
| Carbo TS 25 | DIN
8555 W / SG 20 -300-CKTZ |
CARBO TS 25 is a bare rod for TIG welding. The deposit
is a cobalt base alloy with about 10 % Ni for matrix stability during elevated temperature service. The weld metal is highly resistant to hot corrosion, impact wear and extreme temperature shocks and oxidation. The alloy is machinable by hard faced tools. Hot forging tools, aerospace industry, turbo charger buckets, parts subject to high operation temperatures in combination with all types of wear such as impact, pressure, corrosion, erosion etc. The alloy is used on gas turbine components, on steam and chemical valves, on equipments handling hot steel such as tong bits, share blades, pumps for high temperature liquids. |
|
| Hardfacing | |||
| Buffering | |||
| Carbodur Mn | DIN
8555 E 7-UM-250-KP DIN EN 14700 E Fe9 AWS A56.13 E FeMn-A |
Basic coated, AC-weldable electrode with approximately
120 % recovery. Due to the weld metal.s high tenacity and hardness, CARBODUR Mn is suitable for hardfacing on parts which are subject to extreme impact stress and cavitation. A considerable increase in wear resistance through strain hardening can be achieved by cold-hammering. |
|
| Carbodur MnC | DIN
8555 E 7-UM-200-K DIN EN 14700 E Fe9 AWS A5.13-80 E Fe Mn-B |
CARBODUR MnC deposits an austenitic manganese steel
alloy containing 1,1% C and 13% Mn. A characteristic of this alloy is its ability to harden rapidly when cold worked under impact and compressive stresses. The electrode is primarily used for surfacing and building up manganese steel components such as crusher, jaws and hammers. The interpass temperature should be kept as low as possible and overheating of the weld metal should be avoided. It can also be used for welding similar railroad cross-sections. The metal-to-metal wear resistance is very good. |
|
| Carbodur MnCr | DIN
8555 E 8-UM-250-KP DIN EN 14700 E Fe9 AWS A56.13 E FeMn-B |
Basic coated, AC-weldable electrode with approximately
140 % recovery. Due to the weld metal.s high tenacity and hardness, the electrode is suitable for hardfacing on parts which are subject to extreme impact stress and cavitation. A considerable increase in wear resistance through strain hardening can be achieved by cold-hammering. |
|
| Carbodur 300 | DIN
8555 E 8-UM-250-KP DIN EN 14700 E Fe9 AWS A56.13 E FeMn-B |
Basic coated, AC-weldable electrode with approximately
140 % recovery. Due to the weld metal.s high tenacity and hardness, the electrode is suitable for hardfacing on parts which are subject to extreme impact stress and cavitation. A considerable increase in wear resistance through strain hardening can be achieved by cold-hammering. |
|
| Carbodur 350 | |||
|
Impact
& Abrasion
|
|||
| Carbodur 300 | DIN
8555 E 1-UM-300-P DIN EN 14700 E Fe1 |
CARBODUR 300 is an AC-weldable electrode with
approximately 120 % recovery for tough and wear resistant surfacing on equipment parts and tools which are subject to medium wear only. The dense and crack-free deposit is resistant to medium friction and compression and highly resistant to shocks. Due to its soft fusion and low spattering the electrode can be used for welding in constrained positions. In spite of its basic coating it is well suitable for AC-welding. The weld metal can be machined with metal-cutting tools. Furthermore, surface layer hardening can be performed on machined areas. A buffer layer of CARBO B 10 is recommended on base materials susceptible to work hardening. |
|
| Carbodur 350 | DIN
8555 E 1-UM-350-P DIN EN 14700 E Fe1 |
CARBODUR 350 is an AC-weldable electrode with
approximately 120 % recovery for tough and wear resistant surfacing on equipment parts and tools which are subject to medium wear only. The dense and crack-free deposit is resistant to medium friction and compression and highly resistant to shocks. Due to its soft fusion and low spattering the electrode can be used for welding in constrained positions. In spite of its basic coating it is well suitable for AC-welding. The weld metal can be machined with metal-cutting tools. Furthermore, surface layer hardening can be performed on machined areas. A buffer layer |
|
| Carbodur 400 | DIN
8555 E 1-UM-400-P DIN EN 14700 E Fe7 |
CARBODUR 400 is an AC-weldable electrode with
approximately 120 % recovery for tough and wear resistant surfacing on equipment parts and tools which are subject to medium wear only. The dense and crack-free deposit is resistant to medium friction and compression and highly resistant to shocks. Due to its soft fusion and low spattering the electrode can be used for welding in constrained positions. In spite of its basic coating it is well suitable for AC-welding. The weld metal can be machined with metal-cutting tools. Furthermore, surface layer hardening can be performed on machined areas. A buffer layer of CARBO B 10 is recommended on base materials susceptible to work hardening. |
|
| Carbodur 600 AC | DIN
8555 E 6- UM - 60 GP DIN EN 14700 E Fe6 |
CARBODUR 600 AC is an AC-weldable universal hard
surfacing electrode with 120 % recovery for rebuilding of machine parts subject to combined wear from abrasion and impact. Suitable for deposits on mild steel, steel castings and manganese steel. The pure weld deposit is only machinable by grinding. The electrode has a soft but intensive welding character, a fine-structured seam surface and excellent slag-removal properties. On high-carbon and crack-sensitive base materials, should be preheated to 200° . 300° C, depending on their composition and thickness. On highly crack-sensitive base materials and manganese steel, a buffer layer of CARBO 4370 MPR or CARBODUR MnCr is recommended. |
|
| Carbodur 600 B | DIN
8555 E 6- UM - 60 GP DIN EN 14700 E Z Fe6 |
CARBODUR 600 B is a basic coated high efficiency
electrode with 130 % recovery for hardfacing by applying tough-hard and abrasion-proof layers Suitable for hardfacing on machine components made of engineering steel, cast steel and manganese steel. Smooth, intense fusion, fine-scaled seam, and easy slag removal. The pure weld deposit is only machinable by grinding. The electrode has a soft but intensive welding character, a fine-structured seam surface and excellent slag-removal properties. Suitable for hardfacing on machine components made of engineering steel, cast steel and manganese steel. Smooth, intense fusion, fine-scaled seam, and easy slag removal. The deposit can only be machined by grinding. |
|
| Carbodur 650 | DIN
8555 E 6- UM - 60 GP DIN EN 14700 E Fe6 |
CARBODUR 650 is an AC-weldable universal hard surfacing
electrode with 120 % recovery for rebuilding of machine parts subject to combined wear from abrasion and impact. Suitable for deposits on mild steel, steel castings and manganese steel. The pure weld deposit is only machinable by grinding. The electrode has a soft but intensive welding character, a fine-structured seam surface and excellent slag-removal properties. On high-carbon and crack-sensitive base materials, should be preheated to 200° . 300° C, depending on their composition and thickness. On highly crack-sensitive base materials and manganese steel, a buffer layer of CARBO 4370 MPR or CARBODUR MnCr is recommended. |
|
| Abrasion + Corrosion | |||
| Carbodur 59 | DIN
8555 E 10-UM-60-GR AWS A5.13 / 21 EFeCr-A1 |
CARBODUR 59 is a heavy coated high efficiency
hardfacing electrode with 160 % recovery. Suitable for applications subject to strong abrasive wear by minerals, combined with moderate impact, medium shocks and compression as well as humidity or wetness. Soft fusion, fin-structured seam surface, self-releasing slag and a shiny surface of deposits |
|
| Carboloy Co | AWS
A5.11 E NiCrMo-5 DIN 8555 E 23-UM-250-CKNPTZ |
High alloyed nickel based AC electrode with 160 %
recovery. The CARBOLOY Co type deposit has outstanding physical characteristics and is resistant to both, oxidation and reduction corrosion. It work hardens under impact and by machining to ca.400 HB . even at high temperatures . without deforming the deposit. Thick layers should be buffered with CARBO 29/9. CARBOLOY Co is used in general for surfacing of all work-pieces subject to mechanical stress combined with corrosion and/or to high temperatures (from 400 . 750°C) |
|
| Carboloy 520 | DIN
8555 E 23-UM-300-CKNPTZ |
CARBOLOY 520 is a lime basic coated high CrCoMoTiAlW
alloyed nickel based electrode. The deposit is a precipitation hardenable alloy with an exceptional combination of high temperature mechanical property capabilities, forgeability and corrosion resistance. The alloy can be used for a great number of critical high temperature applications. |
|
| Carboloy Spezial | DIN
8555 E 22-UM-60-CGZ |
CARBOLOY 99 is a very high efficient electrode with
about 220% recovery for hardfacings on tools which have to stand the combinated wear of corrosion, abrasion, erosion and impact. The weldability of the CARBOLOY 99 is excellent as well on DC as on AC. The deposits include a lot of well combinated special carbides in a very corrosion resistant Ni-base alloy matrix. |
|
| Tungsten Carbide | |||
| Oxyacetylene | |||
| Carbo DURIT A | DIN 8555 E21-GF--45-GP DIN EN 14700 T Fe20 |
CARBO DURIT A is a steel tube filled with fused
tungsten carbides for the oxyacetylene welding process. The weld metal consists in a tungsten-steel-matrix with embedded tungsten carbides. The extraordinary hardness of the fused tungsten carbides (WSC) of approx. 2300 HV imply the high build-up wear resistance. The carbon content of the base metal should not exceed 0,45 % in order to avoid lack of fusion. However, the base material should have enough strength to avoid the penetration of the build-up in the base material. |
|
| Carbo DURIT Ni A | DIN 8555 G 21-GF-50-CG DIN EN 14700 T Ni20 |
CARBO DURIT Ni A is a tubular rod containing fused
tungsten carbides in a nickel base matrix alloy. This alloy is especially designed for gas welding. The weld metal is composed of 60 to 65 % fused tungsten carbides which are embedded in a matrix alloy containing 35 to 40 % NiSiB. CARBO DURIT Ni A excels by producing a smooth, clean surface. The alloy flows extremely well, due to the low melting point of between 900 and 1000°C. The nickel based matrix alloy provides excellent resistance to acids and other corrosive media. CARBO DURIT Ni A is used for applications which are subject to extremely strong abrasive wear and corrosive media at the same time. |
|
| Carbo DURFLEX Ni | DIN 8555 G 21-UM-50-CG DIN EN 14700 T Ni20 |
Flexible welding rod for oxyacetylene welding. The
weld-deposit consists of an NiSiB- matrix alloy bearing a high percentage of fused tungsten carbides. CARBO DURFLEX Ni excels by producing smooth, clean seams and by its excellent flow characteristics which are due to the alloy.s low meltingpoint of 950°- 1050° C. The Ni-base matrix alloy provides excellent resistance to acids and alkaline-corrosive media. CARBO DURFLEX Ni is used for applications which are subject to extremely strong abrasive wear combined with corrosion stress. |
|
| Carbo DURIT CS 60 |
DIN 8555 E21-GP |
CARBO DURIT CS 60 is a nickel silver based alloy
welding rod including crushed sintered tungsten carbide fragments for the oxyacetylene welding process. |
|
| Carbo DURIT CS 70 | DIN 8555 E21-GP |
CARBO DURIT CS 70 is a nickel silver based alloy
welding rod including crushed sintered tungsten carbide fragments for the oxyacetylene welding process. |
|
| Carbo DURIT CN 60 | DIN 8555 E21-GP |
CARBO DURIT CN 60 is a nickel based alloy welding rod
including crushed sintered tungsten carbide fragments for the oxyacetylene welding process. |
|
| Carbo DURIT S 70 | |||
| Electrode | |||
| Carbo DURIT E | DIN 8555 E21-GF-UM-60-GP DIN EN 14700 E Fe20 |
CARBO DURIT E is a steel tube filled with fused
tungsten carbides. It is a dip-coated electrode suitable for electrical welding on AC as well as on DC. The weld metal consists in a tungsten-steel-matrix with embedded tungsten carbides. The extraordinary hardness of the fused tungsten carbides (WSC) of approx. 2300 HV imply the high build-up wear resistance. The carbon content of the base metal should not exceed 0,45 % in order to avoid lack of fusion. However, the base material should have enough strength to avoid the penetration of the build-up in the base material. |
|
| Carbo DURIT Ni E | DIN 8555 G 21-GF-UM-50-CG DIN EN 14700 E Ni20 |
CARBO DURIT Ni E is a tubular rod containing fused
tungsten carbides in a nickel base matrix alloy. This alloy is especially designed for electrical welding. The weld metal is composed of 60 to 65 % fused tungsten carbides which are embedded in a matrix alloy containing 35 to 40 % NiSiB. CARBO DURIT Ni E excels by producing a smooth, clean surface. The alloy flows extremely well, due to the low melting point of between 900 and 1000°C. The nickel based matrix alloy provides excellent resistance to acids and other corrosive media. CARBO DURIT Ni A is used for applications which are subject to extremely strong abrasive wear and corrosive media at the same time. |
|
| Carbo DURIT S 70 E | |||
| Cutting and Chamfering | |||
| Carbo NUT | Special-coated electrode for chamfering, grooving and
gouging all metals, including all types of ferritic and austenitic steels as well as Cu-alloys, cast steel and grey cast iron. The electrode produces a high-energy arc which rapidly melts the base material. CARBO NUT is used for seam preparing, gouging, cutting, piercing holes, eliminating screws, rivets or old seams, chamfering foundry defects or cracks before repair welding, and removing all unserviceable material from oil containing cast iron or corroded metal layers.. |
||
| Tool Steel | |||
| Carbodur WZ 11 B | DIN 8555 E3-UM-60-ST |
CARBODUR WZ 11 B is a specially designed electrode with
a basic coating for high wear resistant hardfacings on hot- and coldworking tools. The deposit has a crack-free martensitic structure containing high wear-resistant chromium-, molybdenum-, tungsten and other carbides. Particularly recommended for hardfacing hot- and cold-working trimming dies, pressing- and blanking dies, hot- and cold-shearblades like hot-billet-shears, blanking-,punching and coining tools, rotary-shear-knives, hot- and cold-forming- and drawing-dies. The thermal expansion rate and chemical composition of the deposit of CARBODUR WZ 11 B is specially designed to match SKD-11 or similar steels like SKD-12, SKS-41, SKT-4, SKD-61 or mild-/high-carbon steels. |
|
| Carbodur WZ 35 B | DIN 8555 E 3-UM-350-T |
CARBODUR WZ 35 B is a basic electrode with 140 %
recovery. It deposits a wear resistant alloy and can be applied to reclaim hot-forging dies and to overlay the edges and flat areas of low alloyed high density steel tools. |
|
| Carbodur WZ 44 B | DIN 8555 E 3-UM-350-T |
CARBODUR WZ 44 B is a basic electrode with 140 %
recovery. It deposits a wear resistant alloy and can be applied to reclaim hot-forging dies and to overlay the edges and flat areas of low alloyed high density steel tools. |
|
| Carbodur WZ 48 B | DIN 8555 E 3-UM-45-T |
CARBODUR WZ 48 B is a basic electrode suitable on parts subject to friction, compression and impact at elevated temperatures, such ashot shear blades, forging saddles, hammers and forging dies. |
|
| Carbodur WZ 49 AC | DIN 8555 E 3-UM-55-T |
CARBODUR WZ 49 AC is a rutile coated electrode
developed for the repair of hot working tools, which have a high carbon content. It leaves a very hard deposit that is impact, crack and abrasion resistant. CARBODUR WZ 49 AC was specially developed for edgeholding and for overlaying on carbon, manganese, chromium, molybdenium as well as cast steels. An even higher hardness can be obtained by thermal treatment. Typical applications: slab shears, hot shear blades, drawing blocks, hotforging dies, impact moulding dies, containers, swages etc. |
|
| Carbodur WZ 50 AC | DIN 8555 E 3-UM-50-T |
AC-weldable high-quality electrode with approx. 120 %
recovery. Used for repairing steels of same type, e.g. on hot working tools, and for overlaying edges or surfaces of tools made of low alloyed high density steels. Typical applications: slab shears, hot shear blades, drawing blocks, hotforging dies, impact moulding dies, containers, swages etc. |
|
| Carbodur WZ 51 B | DIN 8555 E 3-UM-55-T |
CARBODUR WZ 51 B is a basic electrode with 140 %
recovery. It deposits a wear resistant alloy and can be applied to reclaim hot-forging dies and to overlay the edges and flat areas of low alloyed high density steel tools. |
|
| Carbodur WZ 54 AC | DIN 8555 E 3-UM-55-T |
CARBODUR WZ 54 AC is a rutile electrode with 150 %
recovery. It deposits an air hardening and wear resistant alloy. It can be applied to reclaim hot-forging dies and to overlay the edges and flat areas of low alloyed high density steel tools. |
|
| Carbodur WZ 59 AC | DIN 8555 E 4-UM-60-ST |
Heavy coated AC-weldable electrode with high recovery
(150 %) for repairing hot working tools made of steels of same or similar type. The deposited weld metal is highly resistant to extreme abrasive wear as well as medium shock and impact. It also excels by good edge-holding quality. Max. service temperature: 450°C The weld metal structure can still be improved by subsequent heat treatment. shear blades, dies, upper and lower dies, mandrel plugs, hammer mills, swages, crushing and pulverising plants, cutting edges etc. |
|
| Carbodur WZ 60 AC | DIN 8555 E 4-UM-60-ST |
Heavy coated AC-weldable electrode with 150 % recovery,
designed for hardfacing high-speed steel tools and low alloyed base materials and for reinforcing cutting edges. The weld metal has good tempering properties and allows heat treatment like other high-speed steels of similar composition. Typical applications: slotting and threading tools, spiral drills, reamers, and milling cutters (for materials over 880 N/mm²) |
|
| Carbodur WZ 61 AC | DIN 8555 E 4-UM-65-ST |
AC-weldable heavy coated electrode with 140 % recovery,
designed for hardfacing high-speed steel tools and low alloyed base materials and for reinforcing cutting edges. The weld metal.s high tungsten content provides excellent edge-holding quality. The weld metal has good tempering properties and allows heat treatment like other high-speed steels of similar composition. Typical applications: hot shear blades, slotting tools, spiral drills, reamers, and milling cutters (for materials over 880 N/mm²) |
|
| Carbodur WZ 6356 B | DIN 8555 E4-UM-350-CKPSTZ | CARBODUR WZ 6356 B is an electrode with an alloyed core
wire and a special basic coating. The electrode is designed for repairing die steels specifically huge volume pressing tools with particular reference to H 13 and maraging steels. The deposited weld metal is easy machine able. The deposits are heat treated where improved hardness is required. Further improvement in the hardness of the weld metal is possible by means of nitrating. Typical applications are the facing of dies, stamping tools, metal drawing tools, and pressure die casting tools. The resultant weld metal deposits give improved edge hardness to cold cutting tools and shears. |
|
| NIKEL BASE | |||
| Carboweld 117 | DIN 1736 EL-NiCr21Co12Mo AWS A5.11 E NiCrCoMo-1 |
CARBOWELD 117 is a basic coated core wire alloyed
nickel base electrode. Suitable for welding of NiCrCoMo-alloys and for overlay cladding where similar alloy is required. The deposits provide optimum strength and oxidation resistance above 900°C up to 1250°C, especially when welding on NiFeCr-base alloys. |
|
| Carboweld 122 | DIN 1736 AWS A5.11 E NiCrMo-10 |
CARBOWELD 122 is a basic coated core wire alloyed
nickel base electrode. Suitable for welding of NiCrMo-alloys and for overlay claddings on carbon steels, low alloy steels or stainless steels where similar alloy is required. Also used for dissimilar joining among NiCrMo, stainless steel, Carbon steel and low alloy steels. The deposits offers an excellent resistance to corrosion and to both oxidizing and reducing media, as well at low as at high temperatures. |
|
| Carboweld 135 | DIN 1736 EL-Ni Cr 28 Mo DIN EN ISO 14172 E Ni 8025 (NiCr29Fe30Mo) |
CARBOWELD 135 is a nickel based cored wire electrode
with an AC welding coating. It is well suited for joint welding and hardfacing on the same or similar stabilized or non-stabilized, fully austenitic steels and molybdenum and copper based cast steels. CARBOWELD 135 was developed to weld these materials in conjunction with low alloyed type steels as well as intermediate and top plating layers. The deposited overlay leaves a pierce and tension resistant deposit that is also resistant to intergranular corrosion, specifically from acids and non oxidizing materials, i.e. sulphurous-, phosphorous acids or ammoniumacetate. |
|
| Carboweld 190 | DIN 1736 EL-NiCu 30 Mn AWS A 5.11 ENiCu-7 |
Basic-coated nickel base electrode with a nickel-copper
alloyed core wire. Designated for butt welding and surfacing of nickel-copper, copper-nickel and copper-nickel plated steels. Also recommended for dissimilar joining like steel / nickel-copper or steel/copper/copper/nickel. CARBOWELD 190 is an alloy with high strength and excellent resistance to a range of media including sea water, dilute hydrofluoric and sulphuric acids, and alkalis. Used in marine and offshore engineering, salt production, feed water heater tubing and chemical and hydrocarbon processing. |
|
| Carboweld A | DIN 1736 EL-Ni Cr 15 Fe Mn AWS A5.11 ENiCrFe-3 |
CARBOWELD A is a basic-coated electrode with a recovery
of 140% and excellent weldability. Applications are joining and cladding stainless-, heat resistant- and cold tenacious steels, as well as welding of dissimilar materials for example low alloyed steels with Ni-base or with copper alloys. The austenitic deposits are free of embrittlement at high as well as at low temperatures. The alloy is resistant to corrosion and thermal shocks and cold ductile down to -196°C and prevents carbon diffusion from ferritic to austenitic material. |
|
| Carboweld 82 | DIN 1736 EL-NiCr 19 Nb AWS A5.11 E NiCrFe-2 / MOD. |
Nickel base electrode with excellent weldability on AC.
Suitable for joining and cladding low alloyed and alloyed steels, welding iron- and nickel base alloys and for dissimilar joints. The austenitic deposit is insensitive to hot-cracking and free of embrittlement at high as well as at low temperatures, non-scaling up to 1000° C, and cold tough down to .196° C. No diffusion of carbon into the weld metal at high temperatures. Used for service-temperatures of more than 300° C in Chemical Industry, Petrochemical Industry, glassworks, civil engineering, repairing and maintenance workshops. |
|
| Carboweld 82 B | DIN 1736 EL-NiCr 19 Nb DIN EN ISO 14172 E Ni 6082 (NiCr20Mn3Nb) AWS A5.11 E NiCrFe-2 / mod. |
Basic-coated nickel base electrode with an alloyed core
wire. Suitable for joining and cladding low alloyed and alloyed steels, welding iron- and nickel base alloys and for dissimilar joints. The austenitic deposit is insensitive to hot-cracking and free of embrittlement at high as well as at low temperatures, non-scaling up to 1000° C, and cold tough down to .196° C. No diffusion of carbon into the weld metal at high temperatures. Used for service-temperatures of more than 300° C in Chemical Industry, Petrochemical Industry, glassworks, civil engineering, repairing and maintenance workshops. |
|
| Carboweld 182 | DIN 1736 EL-NiCr 16 FeMn AWS A5.11 E NiCrFe-2 / modifiziert |
CARBOWELD 182 is nickel base electrode with a recovery
of 140%and excellent weldability on AC even at low voltages. Suitable for joining and cladding stainless, heat resistant and cold tenacious steels as well as welding dissimilar materials for example low alloyed steels with Ni-base ore Cu-base alloys The austenitic deposit is insensitive to hot-cracking and free of embrittlement at high as well as at low temperatures, non-scaling up to 1000° C, and cold tough down to .269° C. No diffusion of carbon into the weld metal at high temperatures. Used for service-temperatures of more than 300° C in Chemical Industry, Petrochemical Industry, glassworks, civil engineering, repairing and maintenance workshops. |
|
| Carboweld 625 | DIN 1736 EL-NiCr 20 Mo 9 Nb AWS A5.11 E NiCrMo-3 |
CARBOWELD 625 is nickel base electrode with a recovery
of 140%and excellent weldability on AC even at low voltages. Suitable for joining and cladding stainless, heat resistant and cold tenacious steels as well as welding dissimilar materials for example low alloyed steels with Ni-base ore Cu-base alloys The austenitic deposit is insensitive to hot-cracking and free of embrittlement at high as well as at low temperatures, non-scaling up to 1100° C, and cold tough down to .196° C. No diffusion of carbon into the weld metal at high temperatures. Used for service-temperatures of more than 300° C in Chemical Industry, Petrochemical Industry, glassworks, civil engineering, repairing and maintenance workshops. |
|
| Carboweld 625 B | DIN 1736 EL-NiCr 20 Mo 9 Nb AWS A5.11 E NiCrMo-3 |
CARBOWELD 625 B is lime coated nickel base electrode. Suitable for joining and cladding stainless, heat resistant and cold tenacious steels as well as welding dissimilar materials for example low alloyed steels with Ni-base ore Cu-base alloys The austenitic deposit is insensitive to hot-cracking and free of embrittlement at high as well as at low temperatures, non-scaling up to 1100° C, and cold tough down to .196° C. No diffusion of carbon into the weld metal at high temperatures. Used for service-temperatures of more than 300° C in Chemical Industry, Petrochemical Industry, glassworks, civil engineering, repairing and maintenance workshops. |
|
| Carboweld 686 | (EN) ISO 14172 E NiCr21Mo16W4 AWS A5.11 E NiCrMo-14 DIN 8555 E 23-UM-250-CKNPTZ |
CARBOWELD 686 is a lime coated, high NiCrMoW alloyed
nickel based electrode for joining duplex, super-duplex and super austenitic stainless steels as well as similar nickel alloys The resulting deposit is resistant to corrosion on a high level. Overlays of the alloy are extraordinarily tough and harden with impact stress and high temperatures to about 400 HB without deforming the deposit. |
|
| Carbo 2.4156 B | DIN 1736 EL-NiTi 3 AWS A5.11 ENi-1 |
Basic coated electrode with a nickel deposit containing
1-2% Titan, designated for butt welding and surfacing of nickel-copper, copper-nickel and copper-nickel plated steels. Also recommended for dissimilar joining like: steel/ nickel-copper or steel/copper/copper-nickel. Excellent resistance to stress corrosion in chloride-containing environments. Main applications: construction of equipment for chemical and petrochemical industry, food stuff industry, naval constructions and installations for sea water desalination. |
|
| Carbo 2.4879 B | DIN 1736 EL-NiCr28W (mod.) |
Resistant to scaling up to 1150°C (2102°F). For surfacing and joining of matching/similar cast grades. Structure Austenite |
|
| Carboloy C | AWS A5.11 E NiCrMo-5 DIN 8555 E 23-UM-250-CKNPTZ |
High alloyed nickel based AC electrode with 160 %
recovery. The CARBOLOY C type deposit has outstanding physical characteristics and is resistant to both, oxidation and reduction corrosion. It work hardens under impact and by machining to ca.400 HB . even at high temperatures . without deforming the deposit. Thick layers should be buffered with CARBO 29/9. CARBOLOY C is used in general for surfacing of all work-pieces subject to mechanical stress combined with corrosion and/or to high temperatures (from 400 . 750°C) |
|
| Carboloy Co | AWS A5.11 E NiCrMo-5 DIN 8555 E 23-UM-250-CKNPTZ |
High alloyed nickel based AC electrode with 160 %
recovery. The CARBOLOY Co type deposit has outstanding physical characteristics and is resistant to both, oxidation and reduction corrosion. It work hardens under impact and by machining to ca.400 HB . even at high temperatures . without deforming the deposit. Thick layers should be buffered with CARBO 29/9. CARBOLOY Co is used in general for surfacing of all work-pieces subject to mechanical stress combined with corrosion and/or to high temperatures (from 400 . 750°C) |
|
| Carboloy C 276 B | DIN 1736 E NiMo-15Cr15W AWS A5.11 E NiCrMo-4 DIN 8555 E 23-UM-250-CKNPTZ |
CARBOLOY C-276 B is a lime coated, high alloyed nickel
based electrode for welding NiMoCr-alloys such as alloy C 276. The resulting deposit is resistant to oxidation and reduction corrosion. Overlays of CARBOLLOY C-276 B are extraordinarily tough and harden with impact stress and high temperatures to about 400 HB without deforming the deposit. When welding thicker overlays, the lower layers should be welded with Carbo 29/9 . CARBOLOY C-276 B is typically hard faced on: hot working tools as hot forging dies, hot shear blades, punches, swages, hammer saddles, dies, press tools, milling rolls and valves, To achieve a crack-free overlay, the base material should be preheated to 300 . 400°C, depending on the alloy |
|
| Non Ferrous Electrode | |||
| Aluminium | |||
| Carbo Al 99,8 | DIN 1732 EL-Al 99,8 |
Special coated electrode for welding pure aluminium and
cast aluminium alloys. |
|
| Carbo AlMn | DIN 1732 EL-AlMn 1 |
Special coated electrode for joining wrought
aluminium-manganese and aluminium alloys up to 3% Mg content. |
|
| Carbo AlSi 5 | DIN 1732 EL-AlSi5 AWS A 5.3 E 4043 |
Special coated electrode for joining wrought aluminium
and cast aluminium alloys. |
|
| Carbo AlSi 12 | DIN 1732 EL-AlSi12 |
Special coated electrode for AlSi cast alloy welding. | |
| Bronzes |
|||
| Carbo Albro B | DIN 1733 EL-CuAl9 AWS A 5.6 E CuAl-A2 AWS A 5.13 E CuAl-A2 DIN 8555 E 31-UM-150-CN |
Carbo Albro B is a basic coated electrode for joining
aluminium bronzes (up to 10 % Al) as well as wear-resisting and corrosion-proof surfacing on steel, cast steel, and cast iron, especially on work-pieces which are subject to erosive wear. The electrode is also suitable for filling up casting defects on aluminium bronze castings, for buffer layers between copper and nickel alloys and can also be used as bearing material for high-pressure load. The mechanical properties of the weld deposit are very good; it is acid-, seawater- and erosion resistant. This electrode can be used on shaped components and wearing parts as well as slide bearings and slide tracks. |
|
| Carbo Albro AC | DIN 1733 EL-CuAl9 AWS A 5.6 E CuAl-A2 AWS A 5.13 E CuAl-A2 DIN 8555 E 31-UM-150-CN |
Carbo Albro AC is a basic-graphite coated electrode for
joining aluminium bronzes (up to 10 % Al) as well as wear-resisting and corrosion-proof surfacing on steel, cast steel, and cast iron, especially on work-pieces which are subject to erosive wear. The electrode is also suitable for filling up casting defects on aluminium bronze castings, for buffer layers between copper and nickel alloys and can also be used as bearing material for high-pressure load. The mechanical properties of the weld deposit are very good; it is acid-, seawater- and erosion resistant. This electrode can be used on shaped components and wearing parts as well as slide bearings and slide tracks. |
|
| Carbo Albro MnS | DIN 1733 EL-CuMn14Al AWS A 5.6 ECuMnNiAl DIN 8555 E 31-UM-200-CN |
CARBOTRODE Mn-S is a lime coated universal electrode to
be used for joining, surfacing and building up brass, bronze, copper and normal steles. The deposits have high mechanical quality values, are resistant to corrosion, cavitation, erosion, friction and seawater proof. Due to good resistance against seawater and general corrosion the electrode is used mostly in the ship building and chemical industry, specially when corrosion and erosion act together. The low friction rate of this alloy make it suitable for surfacing on slide faces, bearings, dies, ship propellers, valves, pumps shafts, pipings, evaporators, Kaplan-turbine-blades, Francis-turbines, Pelion-wheels. Exempt weld zones from impurities like grease, oil or oxides. The seam flanks should shine metallic bright. An included angle of 90° should be welded on thick sheets. Weld preferably in horizontal position (PA) driving the electrode in vertical direction. Weld with a short arc, low heat input and at high speed. Heavy work-pieces require preheating to ca. 200° C. |
|
| Carbo Albro 200 | AWS A 5.6 / 13 ECuAl-B DIN 1733 E31-UM-200-CN |
CARBO ALBRO 200 is a basic coated electrode for
cladding and hardfacings on machine-parts subject to high compression load and against wear due to its high hardness of 300 HB 10. The deposit has excellent mechanical properties, is erosion-resistant and is withstanding corrosion from acid and seawater. CARBO ALBRO 200 is applied on pressing dies and wear-parts, bearings, guide-rails for precision-machinery, plungers, valves and gears. |
|
| Carbo Albro 300 | AWS A 5.6 / 13 ECuAl-B DIN 1733 E31-UM-300-CN |
CARBO ALBRO 300 is a basic coated electrode for
cladding and hardfacings on machine-parts subject to high compression load and against wear due to its high hardness of 300 HB 10. The deposit has excellent mechanical properties, is erosion-resistant and is withstanding corrosion from acid and seawater. CARBO ALBRO 300 is applied on pressing dies and wear-parts, bearings, guide-rails for precision-machinery, plungers, valves and gears. |
|
| Carbo Zibro 6 AC | DIN 1733 EL-CuSn7 AWS A 5.6 E CuSn-C AWS A 5.13 E CuSn-C |
Basic-graphite special coated tin bronze electrode for
repairing copper and copper tin bronzes (Cu-Sn 6-8 %), brasses, and phosphor bronzes. Also for dissimilar joints. Recommended for surfacing on brasses, wrought bronzes (CuSn), mild steel and cast steel. Good sliding and emergency running properties for bearings and contact surfaces of grey iron, type GG. |
|
| Carbo Zibro 6 B | DIN 1733 EL-CuSn7 AWS A 5.6 E CuSn-A AWS A 5.13 E CuSn-A |
Basic coated tin bronze electrode for repairing copper
and copper tin bronzes (Cu-Sn 6-8 %), brasses, and phosphor bronzes. Also for dissimilar joints. Recommended for surfacing on brasses, wrought bronzes (CuSn), mild steel and cast steel. Good sliding and emergency running properties for bearings and contact surfaces of grey iron, type GG. |
|
| Carbo CuNi 30 fe | DIN 1733 EL-CuNi 30 Mn AWS A 5.6 E CuNi |
CARBO CuNi 30 Fe is a copper-nickel electrode with a
basic coating for joining and surfacing alloys of similar composition with up to 30% nickel as well as non-ferrous alloys and dissimilar steel grades. The deposit weld metal is highly resistant to seawater, typical applications include usage in shipbuilding, oil refineries, food processing industry, the engineering of general corrosion proof vessels and equipment. |
|
| Copper | |||
| Carbo Cu B |
DIN 1733 EL-CuMn2 AWS A 5.6 ECu |
CARBO Cu B is high purity copper electrode with a basic
coating for joining and surfacing copper and copper alloys The deposit free of porosity and cracks. The alloy has a high strength and an excellent electrical conductivity. Copper vessels and tanks, commutator rigs, electrical connector and contactor parts |
|
| Low alloyed Types | |||
| Cellulose | |||
| Carbo CEL 6010 | EN 499 E35 2 C 21 AWS A 5.1 E6010 DIN 1913 E 43 43 C 4 |
Cellulose medium coated electrode for joining and
repairing pipelines, especially in vertical down position. Due to it΄s high penetration, CARBO CEL 6010 is particularly suitable for welding root layers and built up passes in the vertical down direction. Excellent weldability also on soiled surfaces containing impurities from corrosion, paint residues, priming coats, etc. High efficiency as compared to vertical up welding. |
|
| Carbo CEL 7010 | EN 499 E42 2 Mo C 21 AWS A 5.1 E7010-A1 DIN 1913 E 51 43 C 4 |
Cellulose coated electrode for joining and repairing
pipelines, especially in vertical down position. CARBO Cel 7010 is particularly suitable for welding root layers. Excellent weldability also on soiled surfaces containing impurities from corrosion, paint residues, priming coats, etc. High efficiency as compared to vertical up welding. |
|
| Carbo CEL 8010 | EN 499 E 42 3 1 Ni C 21 AWS A 5.1 E8010-G DIN 1913 E 51 43 C 4 |
Cellulose coated electrode for vertical down welding of
high strength large diameter pipelines. Especially recommended for hot passes, Filler and covers. Highly economical compared with vertical-up welding. Excellent weldability also on soiled surfaces containing impurities from corrosion, paint residues, priming coats, etc. High efficiency as compared to vertical up welding. |
|
| Low Alloyed | |||
| Carbo RC 3 | EN ISO 2560 E 38 0 RC 11 AWS A 5.1 E6013 |
CARBO RC 3 is a medium-thick rutile-cellulose coated
electrode for constrained position welding. It is suitable for universal application in structural steel engineering, industrial engineering, shipbuilding and vehicle construction. Particularly suitable for assembly welding on galvanized and primered sheets. Performs good results in all welding positions. Stable arc and easy reiginition. The viscous weld metal performs good results in gap bridging. |
|
| Carbo RC 3 BLAU | EN ISO 2560-A E 38 0 RC 11 AWS A 5.1 E 6013 |
CARBO RC 3 blau is a medium-thick rutile-cellulose
coated electrode for constrained position welding. It is suitable for universal application in structural steel engineering, industrial engineering, shipbuilding and vehicle construction. Particularly suitable for assembly welding on galvanized and primered sheets. Performs good results in all welding positions. Stable arc and easy restriking. The viscous weld metal performs good results in gap bridging. |
|
| Carbo RRC 5 | EN 499 E 42 0 RC 11 AWS A 5.1 E 6013 |
||
| Carbo RRC 6 | EN 499 E 42 0 RC 11 AWS A 5.1 E6013 |
||
| Carbo RR 6 | EN 499 E 42 0 RC 11 AWS A 5.1 E6013 |
||
| Carbo RR 11 | EN 499 E 42 0 RR 73 AWS A 5.1 E7024 |
||
| Carbo RRB 7 | EN ISO 2560-A E 38 2 RB 12 AWS A 5.1 E6013 |
Rutile-basic coated electrode with fast-flowing weld
metal, suitable for welding for construction elements made of structural steels up to ST-52-3 which are subject to dynamic stress, as used in bridge-, pipeline-, container-, vessel- and shipbuilding. The weld metal has outstanding mecanical properties and is highly crackresistant. In constrained welding positions, and also when root welding on pipes, CARBO RRB 7 proves its good weldability and produces smooth welds without any penetration notches. |
|
| Carbo B 10 | EN ISO 2560-A E 42 6 B 42 H5 AWS A 5.1 E 7018 |
CARBO B 10 is a universal basic coated electrode for
welding highly stressed joints with high security. Resistant to cold cracks easy slag removal. Very good welding characteristics can also be used in constrained welding positions. Fast solidifying weld metal - allows position welding at high amperage. |
|
| Carbo BR 10 D | DIN EN 2560-A E 38 2 B 12 H10 AWS A 5.1 E7016 |
CARBO BR 10 D is a double basic coated electrode of
excellent welding characteristics combined with outstanding mechanical properties. Very well suitable for AC welding (also with small transformers). The double coating provides optimal welding characteristics even in constrained welding positions. Smooth weld aspect, free of penetration notches. |
|
| Carbo SPECIAL | EN ISO 2560-A E 38 2 B 12 H10 AWS A 5.1 E7016-H8 |
CARBO SPECIAL is a double basic coated electrode of
excellent welding characteristics combined with outstanding mechanical properties. Very well suitable for AC welding (also with small transformers). The double coating provides optimal welding characteristics even in constrained welding positions. Smooth weld aspect, free of penetration notches. |
|
| Carbo LC | EN 499 E 38 ARR 12 DIN 1913 E 43 11 RR 8 AWS A 5.1 E 6013 |
CARBO LC is a heavy rutile coated electrode. Suitable
for welding thin Armco irons and low carbon steels. Especially used in fabrication and repair weld of molten zinc bath tanks made of Armco iron and very low carbon steels. Weld metal ensures high crack resistance against the effect of molten zinc. Possible to use equally well both with AC and DC. |
|
| Carbo Aqua | EN 1600 E 25 20 B 22 AWS A 5.4 E310-15 |
CARBO 4842 B is an basic-coated electrode with an
alloyed core, suitable for joining corrosion-proof, highly heat-proof and non-scaling CrNi-steels which are subject to service temperatures up to 1200° C. The electrode is also suitable for joint welding Cr-, CrSi-, and CrAl steels and for cladding low alloy base metals. The weld metal alloy is highly hotcrack- proof. Keep temperature as low as possible during welding. Annealing to 250°C and post-weld tempering to 700°C is required on ferritic base materials. The electrode is mainly used in furnace-construction, for fittings and pipelines. |
|
| Medium Alloyed | |||
| Carbo Mn B | EN ISO 2560-A E 42 6 B 42 H5 AWS A 5.1 E7018-1 |
CARBO Mn B is a low hydrogen, AC weldable electrode
with about 120% recovery. The weld deposit has high mechanical properties which qualifies this product for constructional jobs with high mechanical load. The deposit is safe upon hot- and cold-cracking. The electrode can be welded in all positions and slag removal is easy This field of application of this electrode is universal but it is typically applied for weldings on rails with high carbon contents ( up to 0,6% C) |
|
| Carbo Mo B | EN 499 EN 1599 E Mo B 42 H 5 AWS A 5.5 E7018-A-1 |
Basic coated Mo alloy electrode for welding piping-,
boiler- and fine grain structural steels. Generally suitable for joint welding of refractory low alloy structural steels up to 460 N/mm² minimum yield strength as well as creep-resistant Mo-steels. Non-ageing weld metal, tough also at low temperature. Hot-crack proof and suitable for service temperatures up to 500°C. CARBO Mo B should be welded with a short arc, preferably on the + pole; for root layers weld on the . pole with an air gap. Preheating is usually not necessary. Preheating is recommended when welding steels containing more than 0.22 % C and for sheets thicker than 20 mm. |
|
| Carbo Mo AC | DIN EN ISO 2560-A E 46 0 Mo R 12 AWS A 5.5 E 7013-G |
CARBO Mo AC is a rutile coated Mo-alloy electrode,
suitable for welding pipe and boiler steels as well as fine grain structural steels. Generally used for joining creep resistant low-alloy structural steels of 420 N/mm² minimum yield strength, as well as creep resistant molybdenumsteels. The weld metal is non-ageing and tough also at low temperatures, hot crack proof and suitable for service temperatures up to 500°C. Preheating not necessary in general. Preheating is recommended before welding steels of more than 0.22 % Ccontent and on metal sheets from 20 mm thickness onwards. |
|
| Carbo Cromoweld MoAC | DIN EN ISO 2560-A E 46 0 Mo R 12 AWS A 5.5 E 7013-G |
CROMOWELD Mo AC is a rutile coated Mo-alloy electrode,
suitable for welding pipe and boiler steels as well as fine grain structural steels. Generally used for joining creep resistant low-alloy structural steels of 420 N/mm² minimum yield strength, as well as creep resistant molybdenumsteels. The weld metal is non-ageing and tough also at low temperatures, hot crack proof and suitable for service temperatures up to 500°C. Preheating not necessary in general. Preheating is recommended before welding steels of more than 0.22 % Ccontent and on metal sheets from 20 mm thickness onwards. |
|
| Carbo CrMo 1 AC | EN 1599 E CrMo1 R 12 AWS A 5.5 E 8013-G |
AC-weldable CrMo alloy electrode for welding
high-strength joints on low alloy tempered steels of up to 880 N /mm². Suitable for welding creep-resistant CrMo steels in boiler and piping system construction. Resistant to high temperatures up to 500°C. Non-ageing welding deposit, resistant to alkaline solutions, heattreatable and case-harden able. The electrode should be welded with a short arc, preferably on the + pole; for root layers weld on the . pole with an air gap. Preheating and post weld heat treatment of base materials to be carried out acc. to the steel manufacturer.s instructions. |
|
| Carbo CrMo 1 V B | DIN 8575 E CrMoV1 B 20+ AWS A 5.5 E9018-G |
Basic coated CrMo alloy electrode for welding
high-strength joints on low alloy tempered steels. Resistant to high temperatures up to 550°C. The electrode should be welded with a short arc, preferably on the + pole; for root layers weld on the . pole with an air gap. Preheating and post weld heat treatment of base materials to be carried out acc. to the steel manufacturer.s instructions. |
|
| Carbo CrMo 1 B | EN 1599 E CrMo1 B 12 H5 AWS A 5.5 E 8018-B2 |
Basic coated CrMo alloy electrode for welding
high-strength joints on low alloy tempered steels of up to 880 N /mm². Suitable for welding creep-resistant CrMo steels in boiler and piping system construction. Resistant to high temperatures up to 500°C. Non-ageing welding deposit, resistant to alkaline solutions, heattreatable and case-harden able. The electrode should be welded with a short arc, preferably on the + pole; for root layers weld on the . pole with an air gap. Preheating and post weld heat treatment of base materials to be carried out acc. to the steel manufacturer.s instructions. |
|
| Carbo CrMo 2 B | EN 1599 E CrMo2 B 12 H5 AWS A 5.5 E 9018-B3 |
Basic coated CrMo alloy electrode for welding
high-strength joints on tempered steels up to 1100 N/mm². Suitable for welding creep-resistant CrMo steels in boiler and piping system construction. Resistant to high temperatures up to 500°C. Non-ageing welding deposit, resistant to alkaline solutions, heat treatable and case- harden able. The electrode should be welded with a short arc, preferably on the + pole; for root layers weld on the . pole with an air gap. Preheating and post weld heat treatment of base materials to be carried out acc. to the steel manufacturer.s instructions. |
|
| Carbo CrMo 2 AC | EN 1599 E CrMo2 R 12 AWS A 5.5 E 9013-G |
AC-weldable CrMo alloy electrode for welding
high-strength joints on tempered steels up to 1100 N/mm². Suitable for welding creep-resistant CrMo steels in boiler and piping system construction. Resistant to high temperatures up to 500°C. Non-ageing welding deposit, resistant to alkaline solutions, heat treatable and case- harden able. Preheating and post weld heat treatment of base materials to be carried out acc. to the steel manufacturer.s instructions. |
|
| Carbo CrMo 5 B | EN 1599 E CrMo5 B 42 H5 AWS A 5.5 E 8018-B6 AWS A 5.4 E 502-15 |
Basic coated CrMo alloy electrode for welding joints
with good mechanical properties to low alloyed quenched and subsequently tempered steels up to 1275 N/mm². Suitable for welding heat treatable, quenched and subsequently tempered steels as well as for tubes, resistant to caustic embrittlement for working temperatures up to 600°C. The electrode should be welded with a short arc, preferably on the + pole; for root layers weld on the . pole with an air gap. Preheating and post weld heat treatment of base materials to be carried out acc. to the steel manufacturer.s instructions. |
|
| Carbo CrMo 5 AC | EN 1599 E CrMo5 R 12 AWS A 5.5 E 8018 AWS A 5.4 E 502-16 |
AC-weldable CrMo alloy electrode for welding joints
with good mechanical properties to low alloyed quenched and subsequently tempered steels up to 1275 N/mm². Suitable for welding heat treatable, quenched and subsequently tempered steels as well as for tubes, resistant to caustic embrittlement for working temperatures up to 600°C. Preheating and post weld heat treatment of base materials to be carried out acc. to the steel manufacturer.s instructions. |
|
| Carbo CrMo 9 B | EN 1599 E CrMo9 B 42 H5 AWS A 5.4 E 505-15 AWS A 5.5 E 8018-B8 |
Basic coated CrMo alloy electrode for welding joints
with good mechanical properties to low alloyed quenched and subsequently tempered steels. Suitable for welding heat treatable, quenched and subsequently tempered steels as well as for tubes, resistant to caustic embrittlement for working temperatures up to 600°C. The electrode should be welded with a short arc, preferably on the + pole; for root layers weld on the . pole with an air gap. Preheating and post weld heat treatment of base materials to be carried out acc. to the steel manufacturer.s instructions. |
|
| Carbo CrMo 91 B | EN 1599 E CrMo91 B 42 H5 AWS A 5.5 E9015-B9 |
Basic coated electrode with low hydrogen content for
welding high temperature martensitic, creep resistant 9-12 % chromium steels such as P91 and T91 in all positions except vertical down. The deposits have good toughness properties even under long term stresses and high creep rupture strength. Preheating and interpass temperature 250-350°C, after welding annealing 750°C/> 2h. |
|
| Carbo NiMn B | AWS A 5.5 E 8018-C3 H4 R EN 499 E 46 6 1Ni B 4 2 H5 |
CARBO NiMn B is a basic coated electrode for welding
high-strength tempered steels as well AISI 4130 ( similar 25CrMo4) as process welding on steels of corresponding strength. Due to its low hydrogen content (< 5ml / 100g), the weld metal is extremely crack-proof. Store in a dry place and rebake before use. Preheating and intermediate layer temperature acc. to the instructions of the base metal manufacturer. |
|
| Carbo NiMoB | EN 757 E 62 4 Mn1NiMo B 42 H5 AWS A 5.5 E 9018-G / E 10018-G |
CARBO NiMo B is a basic coated electrode for welding
high-strength tempered steels as well AISI 4130 ( similar 25CrMo4) as process welding on steels of corresponding strength. Due to its low hydrogen content (< 5ml / 100g), the weld metal is extremely crack-proof. Store in a dry place and rebake before use. Preheating and intermediate layer temperature acc. to the instructions of the base metal manufacturer. |
|
| Carbo NiMoCr | EN 757 E 62 6 Mn2NiCrMo B 4 2 H5 AWS A 5.5 E 10018-G H4 R AWS A 5.5 E 10018-M H4 R mod. |
CARBO NiMoCr is a basic coated electrode with high
ductility and crack resistance for high-strength tempered fine grained constructional steels as well as process welding on steel castings cast steels of corresponding strength. Due to its low hydrogen content (< 5ml / 100g), the weld metal is extremely crack-proof. Store in a dry place and rebake before use. Weld stringer beads, as thin as possible, with a short arc. Preheating and intermediate layer temperature acc. to the instructions of the base metal manufacturer. |
|
| Carbo NiMoCr 90 | EN 757 E 69 4 Mn2NiCrMo B T 42 H5 DIN 8529 EY 69 75 Mn2NiCrMo B AWS A 5.5 E 11018-M |
CARBO NiMoCr 90 is a basic coated electrode for welding
high-strength tempered low-alloy steels as well as process welding on steel castings cast steels of corresponding strength. Due to its low hydrogen content (< 5ml / 100g), the weld metal is extremely crack-proof. Store in a dry place and rebake before use. Weld stringer beads, as thin as possible, with a short arc. Preheating and intermediate layer temperature acc. to the instructions of the base metal manufacturer. |
|
| Carbo B 10 Ni | EN ISO 2560-A E 42 6 2Ni B 42 H5 AWS A 5.5 E8018 C1 |
CARBO B 10 Ni is a universal basic coated electrode for
welding highly stressed joints with high security. Resistant to cold cracks - easy slag removal. Very good welding characteristics - can also be used in constrained welding positions. Fast solidifying weld metal - allows position welding at high amperage. |
|
| Carbo CORTEN | EN 499 E 46 5 Z B 32 AWS A 5.1 E8018-G |
CARBO Corten is a basic coated electrode for welding
weathering resistant construction steels. This type of alloy is slowly reacting whenever corrosion occurs. Therefore the deposits are resistant to atmospheric corrosion and seawater. The electrode is used for steel constructions, welding of bridges. |
|
- Συμπληρώστε την παρακάτω φόρμα και περιγράψτε μας το προϊόν και την ποσότητα που σας ενδιαφέρει ,και εμείς θα επικοινωνήσουμε μαζί σας το συντομότερο δυνατό για να σας ενημερώσουμε σχετικά με την προσφορά μας.
