Consumabile sudura Selectarc

Cu sediul în Franța, cele două fabrici de producție certificate ISO 9001:2015 beneficiază de zeci de ani de experiență și know-how, asigurând calitatea și performanța constantă a produsului.

Prezent pe toate continentele prin subsidiare și parteneri, Selectarc răspunde cerințelor tuturor sectoarelor industriale, inclusiv celor mai pretențioase precum aeronautică, nucleară, chimică, petrochimică, M&R, transport terestru sau încălzire. Prin urmare, rețeaua noastră de distribuție este internațională, cu o înaltă competență tehnică. Selectarc oferă o gamă completă și inovatoare de materiale de adaos pentru operațiuni de sudare și lipire (electrozi de sudare cu arc, baghete TIG și MIG, sarma cu miez de flux și aliaje de lipire).

Electrozi inveliti:
• Un-alloyed Steel:
• SELECTARC 51: Universal rutile electrode.
• SELECTARC B7016Sp: Basic electrode, special for repairing.
• SELECTARC B58: Universal basic electrode.
• High-Alloyed Steel:
• SELECTARC 20/10 BC: Stainless steel 308L electrode.
• SELECTARC 20/10 MBC: Stainless steel 316L electrode.
• SELECTARC 24/12S: Stainless steel 309L electrode for steel/stainless steel applications.
• SELECTARC 29/9: High-security, multi-use electrode.
• SELECTARC 18/8Mn: Stainless electrode for repairing and surfacing.
• Nickel Alloys:
• SELECTARC B90: Inconel 600* electrode, special for repairing.
• Cast Iron:
• SELECTARC Fonte Ni: Electrode for cast iron repairing.
• SELECTARC Ferro Ni: Electrode for cast iron-steel applications.
• Hardfacing:
• SELECTARC HB63: Anti-wear hardfacing electrode.
• SELECTARC HB61B: Universal hardfacing electrode.

Baghete TIG si sarma sudura MIG
• Aluminum:
• SELECTARC ALG5: AlMg5 wire.
• Steel:
• SELECTARC 20/10M (TIG): Stainless steel 316L wire.
• SELECTARC 20/10MS (MIG): Stainless steel 316LSi wire.

Materiale adaos pentru brazare:
• Copper-Phosphorus Alloys:
• PHOSBRAZ M73: Copper brazing alloy.
• PHOSBRAZ AG60: Copper brazing alloy for gas systems.
• Silver Brazing Alloys:
• BRAZARGENT 5034: Silver brazing alloy for various applications.

Electrozi sudura:
• For Duplex Steels:
• Inox 2209: A rutile-basic electrode with a duplex structure, suitable for all positions except vertical down.
• Inox 2209B: A basic-coated electrode designed for duplex steels, offering high resistance against pitting, crevice, and stress corrosion in chloride-containing media.
• For Super Duplex Steels:
• Inox 2509MoB: A basic-coated super duplex electrode (~40% ferrite) resistant to pitting, crevice, and stress corrosion in chloride-containing environments.
• Inox 2509MoWB: A basic-coated electrode with an austenitic-ferritic microstructure (~40% ferrite), suitable for super duplex stainless steels, providing excellent resistance in chloride-containing media.

Sarma si baghete TIG
• For Duplex Steels:
• TIG/MIG D22/09: A very low carbon content solid rod for GTAW/GMAW welding of duplex steels, resistant to pitting and stress corrosion in chloride-containing media.
• For Super Duplex Steels:
• TIG/MIG D25/09: A solid rod for GTAW/GMAW welding of duplex and super duplex stainless steels, offering high resistance to pitting and stress corrosion.
• TIG/MIG D25/09W: A very low carbon content solid GTAW rod for joining duplex and super duplex stainless steels, providing excellent resistance in chloride-containing environments.

Sarma tubulara sudura:
• For Duplex Steels:
• FCW D22/09-F: A flux-cored wire for flat position welding with shielding gas protection, featuring an austenitic-ferritic microstructure.
• FCW D22/09-AP: A flux-cored wire suitable for all-position welding with shielding gas protection, designed for duplex steels.
• For Super Duplex Steels:
• FCW D25/09-F: A flux-cored wire for flat position welding with shielding gas protection, suitable for super duplex steels, offering high resistance to pitting and stress corrosion.
• FCW D25/09-AP: A flux-cored wire designed for all-position welding with shielding gas protection, ideal for super duplex steels.

Program consumabile pentru aliaje Nickel

Manual Metal Arc (MMA) Electrodes:
• B90: A semi-synthetic basic coated electrode with 140% recovery, suitable for welding NiCrFe-type Inconel®️ 600 alloys.
• B91: A rutile-basic coated electrode with a high recovery (170%), designed for welding NiCrMo-type Inconel®️ 625 alloys to themselves and to lower alloyed steels.
• B94: A basic coated electrode with 150% recovery, ideal for welding cryogenic 5% and 9% Ni-steels and high-temperature steels.
• B96: A basic coated electrode with approximately 160% recovery, suitable for construction and repair welding of high-strength cold-tough 3%, 5%, and 9% Ni-steels.
• Ni59: An electrode for welding Alloy 59 or C-22 type NiCrMo alloys, used in offshore components, boilers, containers, and piping systems in the chemical and petrochemical industries.
• Ni82: An electrode for welding high-temperature and nickel alloys, commonly used in component manufacturing and furnace construction.
• Ni182: An electrode for welding high-temperature and nickel alloys, suitable for component manufacturing and furnace construction.
• Ni190: An electrode for welding NiCu-type “Monel®️” alloys, used in naval constructions and installations for seawater desalination.
• Ni276: An electrode for welding NiCrMo-type C-276 alloys, applicable in offshore components, boilers, containers, and piping systems.
• Ni617: An electrode for welding high-temperature alloys, used in combustion chambers, ovens, and thermal equipment for heat treatment.
• Ni625: An electrode for welding NiCrMo-type Inconel®️ 625 alloys, suitable for offshore components, boilers, vessels, and piping systems.
• Ni825: An electrode for welding NiFeCrMo-type Alloy 825, used in highly corrosion-resistant Ni-Fe-Cr-Mo alloys and special austenitic stainless steel types.
• NiA: An electrode for joining and repairing high-temperature alloys in thermal power stations, ovens, and thermal equipment for heat treatment.
• NiTi3: An electrode for welding pure nickel, used in the construction of equipment for the chemical and electrochemical industries, as well as the foodstuff industry.

TIG/MIG Wires:
• TIG NI82 / MIG NI82: Wires for welding NiCrFe-type Inconel®️ 600 alloys, used in high-temperature and nickel alloys in component manufacturing and furnace construction.
• TIG NI59 / MIG NI59: Wires for welding NiCrMo-type Alloy 59 or C-22 type alloys, used in offshore components, boilers, containers, and piping systems in the chemical and petrochemical industries.
• TIG NI625 / MIG NI625: Wires for welding NiCrMo-type Inconel®️ 625 alloys, suitable for offshore components, boilers, vessels, and piping systems.
• TIG NI65 / MIG NI65: Wires for welding NiFeCrMo-type Alloy 825, used in highly corrosion-resistant Ni-Fe-Cr-Mo alloys and special austenitic stainless steel types.
• TIG NI276 / MIG NI276: Wires for welding NiCrMo-type C-276 alloys, applicable in offshore components, boilers, containers, and piping systems.
• TIG NI617 / MIG NI617: Wires for welding high-temperature alloys, used in combustion chambers, ovens, and thermal equipment for heat treatment.
• TIG NI61 / MIG NI61: Wires for welding pure nickel, used in the construction of equipment for the chemical and electrochemical industries, as well as the foodstuff industry.

Flux-Cored Wires (FCW):
• FCW NI182: A flux-cored wire for welding NiCrFe-type Inconel®️ 600 alloys, used in high-temperature and nickel alloys in component manufacturing and furnace construction.
• FCW NI625: A flux-cored wire for welding NiCrMo-type Inconel®️ 625 alloys, suitable for offshore components, boilers, vessels, and piping systems.

Submerged Arc Welding (SAW) and Cladding:
• UP NI82: A submerged arc welding wire for welding NiCrFe-type Inconel®️ 600 alloys.
• UP NI625: A submerged arc welding wire for welding NiCrMo-type Inconel®️ 625 alloys.
• Strip NI82: A cladding strip for welding NiCrFe-type Inconel®️ 600 alloys.
• Strip NI65: A cladding strip for welding NiFeCrMo-type Alloy 825.

Flux:
• Flux UP NiO2: An alumino fluoride agglomerated flux to be used with solid wire and strip for corrosion-resistant submerged arc cladding.

Consumabile sudura domeniul aerospatial:

Aluminum Alloys:
• ALC6 (AG4Z2)
• ALS7 (AS7G06)
• ALS5 (AS5)
• ALS12 (AS12)
• AU6 (AG4Z2)

These aluminum alloys are utilized in various forms of construction within the aeronautical and aerospace industries.

Stainless Steels:
• 17.4 CU (Z5CNU 17 4)
• 20/10 Nb (Z6CNNb 20 10)
• 20/10 T (Z6CNT 18 10)
• M13/0 (Z8C 13)
• 22/21 CO (Z12CNKDW20)
• 11/3 M (Z12CNDV12)

These stainless steel consumables are employed in the manufacturing and repair of turbine assemblies.

Nickel Alloys:
• NI263 (NC22FeD)
• NICr80 (ND24FeC)
• NI625 (NC22DNb)
• NI718 (NC19FeNb)

Nickel alloys are used for engine repair and maintenance applications.

Titanium Alloys:
• T40
• TA6V4

Titanium alloys are integral to aeronautical construction.

Cobalt Alloys:
• FICO 188 (KCN22W)
• FICO 25 (KC20WN)
• FICO 694 (KC28W)
• FICO T800 (KD28C)
• FICO 414 (KC29NW)
• FICO 918 (KC20NTa)

Cobalt alloys are utilized for recharging jet engine and turbine combustion chamber parts.

Low Alloy Steels:
• LEVELS
• BMS
• SCVS
• 8CD12
• 15CDV6

These low alloy steels are applied in various aeronautical and aerospace components.

Lockwires:
• NC15Fe
• Z2CN18.10
• Z6CNT18.10

Lockwires are essential for maintenance and repair work.

Tie Wires:
• A5 annealed
• A5 not annealed

Tie wires are primarily used for securing parts in pickling baths.