QuNi29 Rod – Laser Welding Wire Pure Nickel Ni99.7 (2.4060) – Titanium-Free

QuNi29 is a pure nickel alloy Ni99.7Mg (material no. ~2.4060) for joint and build-up welding on commercial pure nickel grades, LC nickel, nickel alloys and nickel-clad steels.The difference from QuNi40 is stated in the datasheet: this wire is pure nickel without titanium. Where the electrical and thermal conductivity of nickel matters, this is the right choice. Where dissimilar joints to steel or cast iron repairs are involved, use the titanium-alloyed QuNi40 — its titanium binds nitrogen and prevents porosity.Recommended base materials2.4060, 2.4061, 2.4066, 2.40682.4052, 2.4053Commercial pure nickel grades, LC nickelNickel-clad steelsTypical applicationsPressure vessel and plant constructionChemical industryFood industryEnergy sector — where conductivity is requiredProperties and advantagesNi 99.7 % — pure nickel, no titanium additionGood corrosion and temperature propertiesPreserves the electrical and thermal conductivity of nickelMagnesium micro-alloyed (0.03–0.07 %) for clean weld metalBobbin form: K125, K250, K80, MA125, SH253 — wire weight 100 g–500 g, Ø 0,2 mm – 0,8 mm. Material analysis (wt.-%)Ni 99.70 | C 0.05 | Si 0.01 | Mn 0.10 | Cu 0.03 | Fe 0.07 | Mg 0.03–0.07

QuNi40 is the titanium-alloyed nickel wire: EN ISO 18274 S Ni 2061 (NiTi3) · AWS A5.14 ERNi-1 · filler material no. 2.4155.The 3.3 % titanium is what sets it apart from the pure QuNi29. Titanium binds nitrogen and thus suppresses porosity — precisely what is needed for nickel-to-steel dissimilar joints and for repairs on grey cast iron (GG-GJL), where gases migrate from the base material into the weld pool. For matching pure-nickel joints without such influence, QuNi29 is the simpler alternative.Recommended base materials2.4060, 2.4061, 2.4066, 2.4068Commercial pure nickel grades, LC nickelNickel-clad steelsNickel-to-steel dissimilar jointsCast iron (GG-GJL) — repairs possible to a limited extentTypical applicationsPressure vessel and plant construction, chemical industryNickel-to-steel dissimilar jointsGrey iron repairs (GJL)Food industry, energy sectorProperties and advantagesTi 3.3 % — binds nitrogen, suppresses porositySuitable for nickel-to-steel dissimilar jointsGrey iron repairs possible to a limited extentWeld metal: Re 300 MPa · Rm 450 MPa · A 25 %Rod form advantage: Constant wire feed for manual repair welding, also on cast components.Rod form: Rod lengths 1000 mm and 333 mm, Ø 0,2 mm – 0,8 mm. Material analysis (wt.-%)C 0.02 | Si 0.3 | Mn 0.3 | Fe 0.1 | Ti 3.3 | Ni balance

QuNi40 is the titanium-alloyed nickel wire: EN ISO 18274 S Ni 2061 (NiTi3) · AWS A5.14 ERNi-1 · filler material no. 2.4155.The 3.3 % titanium is what sets it apart from the pure QuNi29. Titanium binds nitrogen and thus suppresses porosity — precisely what is needed for nickel-to-steel dissimilar joints and for repairs on grey cast iron (GG-GJL), where gases migrate from the base material into the weld pool. For matching pure-nickel joints without such influence, QuNi29 is the simpler alternative.Recommended base materials2.4060, 2.4061, 2.4066, 2.4068Commercial pure nickel grades, LC nickelNickel-clad steelsNickel-to-steel dissimilar jointsCast iron (GG-GJL) — repairs possible to a limited extentTypical applicationsPressure vessel and plant construction, chemical industryNickel-to-steel dissimilar jointsGrey iron repairs (GJL)Food industry, energy sectorProperties and advantagesTi 3.3 % — binds nitrogen, suppresses porositySuitable for nickel-to-steel dissimilar jointsGrey iron repairs possible to a limited extentWeld metal: Re 300 MPa · Rm 450 MPa · A 25 %Bobbin form: K125, K250, K80, MA125, SH253 — wire weight 100 g–500 g, Ø 0,2 mm – 0,8 mm. Material analysis (wt.-%)C 0.02 | Si 0.3 | Mn 0.3 | Fe 0.1 | Ti 3.3 | Ni balance

QuNi40 is the titanium-alloyed nickel wire: EN ISO 18274 S Ni 2061 (NiTi3) · AWS A5.14 ERNi-1 · filler material no. 2.4155.The 3.3 % titanium is what sets it apart from the pure QuNi29. Titanium binds nitrogen and thus suppresses porosity — precisely what is needed for nickel-to-steel dissimilar joints and for repairs on grey cast iron (GG-GJL), where gases migrate from the base material into the weld pool. For matching pure-nickel joints without such influence, QuNi29 is the simpler alternative.Recommended base materials2.4060, 2.4061, 2.4066, 2.4068Commercial pure nickel grades, LC nickelNickel-clad steelsNickel-to-steel dissimilar jointsCast iron (GG-GJL) — repairs possible to a limited extentTypical applicationsPressure vessel and plant construction, chemical industryNickel-to-steel dissimilar jointsGrey iron repairs (GJL)Food industry, energy sectorProperties and advantagesTi 3.3 % — binds nitrogen, suppresses porositySuitable for nickel-to-steel dissimilar jointsGrey iron repairs possible to a limited extentWeld metal: Re 300 MPa · Rm 450 MPa · A 25 %TIG advantage: For larger seams and build-ups on nickel and cast components. Ø 1.0 mm.TIG form: for manual repair welding. Material analysis (wt.-%)C 0.02 | Si 0.3 | Mn 0.3 | Fe 0.1 | Ti 3.3 | Ni balance

Qu17-4PH is a precipitation-hardening, corrosion-resistant laser welding wire of the alloy 17-4PH (material 1.4542 / X5CrNiCuNb16-4, AISI 630). This martensitic chromium-nickel-copper steel combines high strength with good corrosion resistance — ideal for repair and build-up welding in tool and mould making as well as on pump, valve and shaft components.Recommended base materials1.4542 — X5CrNiCuNb16-4 / 17-4PH / AISI 630 (primary material)1.4540 — X4CrNiCuNb16-4 (identical-type variant)1.4548 — X5CrNiCuNb17-4 (identical-type variant)Typical applicationsTool and mould making — repair and build-up weldingPump, valve and fitting componentsShafts, axles and highly stressed machine partsOffshore, chemical and food technologyAerospace componentsProperties and advantagesPrecipitation-hardening (Cu/Nb) — high strength through ageing (heat-treatment conditions H900/H1025/H1150)Achievable hardness 37–40 HRC per manufacturer datasheetGood corrosion resistance at high mechanical load capacityIdentical-type weld metal for durable, low-crack jointsShielding gas: argon 4.6 or better; adapt heat control to the aged condition of the componentRod form advantage: Ideal for manual build-up welding with constant wire feed — also for repair sites that are hard to access in tools and moulds.Rod form: Rod lengths 1000 mm and 333 mm, Ø 0,2 mm – 0,6 mm. Material analysis (wt.-%)Cr 15.0–17.5 | Ni 3.0–5.0 | Cu 3.0–5.0 | Nb 0.15–0.45 | Mn ≤1.0 | Si ≤1.0 | C ≤0.07 | Fe balance

QuFe17 is a wire for joint welding on high-strength, quenched and tempered fine-grain structural steels with a minimum yield strength of 890 MPa: EN ISO 16834-A G/W 89 4 M21 Mn4Ni2CrMo · AWS A5.28 ER110S-G.It has no material number — its analysis is defined solely by the standards. The weld metal reaches Re 880 MPa and Rm 940 MPa at 16 % elongation: it matches the strength of the base material without turning brittle. Where the base material is one class lower (S690QL, 690 MPa), QuFe10NiMo is the wire to use.Recommended base materialsS890Q and comparable high-strength fine-grain steelsXABO 90Weldox 900 EOS 1002, ASTM A709 Gr. 100 Type B, E, F, H, QN-A-TRA 55-70Typical applicationsJoint welds on high-strength quenched and tempered fine-grain steelsRepairs on components from 890 MPa minimum yield strengthCrane and vehicle construction, lifting gear, pressure vesselsRepairs on Weldox and XABO structuresProperties and advantagesRe 880 MPa · Rm 940 MPa · A 16 % — matches the strength of the base materialJoint welding rather than build-up — designed for the seam, not for a wear layerPost-weld treatment as typical for the base materialAlloyed with Ni 2.2 % and Mo 0.5 % for toughness at high strengthRod form advantage: Constant wire feed for manual joint welding on structural components.Rod form: Rod lengths 1000 mm and 333 mm, Ø 0,3 mm – 0,8 mm. Material analysis (wt.-%)C 0.10 | Si 0.7 | Mn 1.7 | Mo 0.50 | Cr 0.30 | Ni 2.20 | Fe balance

QuNi22 is a corrosion-resistant laser welding wire of the nickel-base superalloy Hastelloy C22 (material 2.4602 / Alloy C-22, UNS N06022). This austenitic Ni-Cr-Mo alloy resists pitting and crevice corrosion in both oxidising and reducing media alike — ideal for highly corrosion-resistant build-up (cladding) welds on low-alloy steels and for joining welds of similar base materials.Recommended base materials2.4602 — Hastelloy C22 / Alloy C-22 / UNS N06022 (primary material)Low-alloy steels — as build-up welding / claddingSimilar and related Ni-Cr-Mo base materialsTypical applicationsHighly corrosion-resistant build-up welding (cladding) on low-alloy steelsJoining welds of similar and related base materialsChemical process industry — acetic acid, contaminated sulfuric acid and other aggressive mediaFlue-gas desulfurisation (FGD), plant and vessel constructionPharmaceutical and environmental engineeringProperties and advantagesOutstanding resistance to pitting and crevice corrosionResistant in oxidising and reducing media alikeHigh resistance to stress corrosion crackingGood weldability with low heat input; shielding gas argon 4.6 or betterRod form advantage: Ideal for manual build-up and repair welding with constant wire feed — also for hard-to-reach areas in chemical and plant components.Rod form: Rod lengths 1000 mm and 333 mm, Ø 0,2 mm – 0,8 mm. Material analysis (wt.-%)Ni balance | Cr 21.0 | Mo 13.0 | Fe 3.0 | W 3.0 | Co ≤2.5 | V ≤0.2 | Cu ≤0.2 | Mn ≤0.5 | Si ≤0.1 | C ≤0.01