{"id":5688,"date":"2016-08-24T13:10:08","date_gmt":"2016-08-24T11:10:08","guid":{"rendered":"https:\/\/www.dim-international.com\/?page_id=5688"},"modified":"2016-10-17T15:23:07","modified_gmt":"2016-10-17T13:23:07","slug":"catalogue","status":"publish","type":"page","link":"https:\/\/www.dim-international.com\/en\/catalogue\/","title":{"rendered":"Filler metals \/ laser welding wires (catalogue)"},"content":{"rendered":"
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DIM Laser Welding Wires
\n______
\n<\/strong><\/h1>\n

for application within\/on:<\/p>\n

Tool and Mold making<\/p>\n

Apparatus construction<\/p>\n

Marine, Aviation and Space technology<\/p>\n

Medical and Dental technology<\/p>\n

\"DIM<\/strong><\/p>\n

Brief outline of laser welding wire service<\/strong><\/h2>\n

Our detailed laser welding wire catalogue and respective data sheets are\u00a0available on request<\/a><\/em>.
\nThe price list is attached to the catalogue.<\/p>\n

Technical data, such as hardeness, elongation and tensile strength values correspond with the values received from the welding material manufacturers.<\/p>\n

Diameter of laser welding wires: 0,1 mm \/ 0,15 \/ 0,2 \/ 0,25 \/ 0,3 to 0,7 until 1,0 mm<\/strong>.<\/p>\n

We deliver our laser welding wires on different bobbins <\/strong>as well as on rods<\/strong>. Length and quantity based on your request.<\/p>\n

 <\/p>\n\n\n\n\n\t\n\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t\n\t
Article<\/th>Characteristics<\/th>Fields of application<\/th>\n<\/tr>\n<\/thead>\n
DIM L-Dimalloy
\n<\/strong>high-alloyed<\/td>		Universal, steel grade comprehensive applicable,
\ncold tough and heat proofed,
\nvery compatible with nitrided steels,
\nacid-resistant, strong edges.
\nThermally impossible to harden, not chrome platable, not etchable, delayed erodible, highly polishable.
\nPost-curing through blow, pressure and warmth outsourcing on 40 HRC.<\/td>		Q & T-steel, hot- and cold-working steel
\nCase hardening steel,
\nPlastic moulds and chrome steels.
\nExcellent on closing edges.<\/td>\n<\/tr>\n
DIM L-3K56<\/strong>
\nEN ISO G46 2 C G4Si1<\/td>		completely austenitic laser welding wire
\nDB-licensing<\/td>		Higher strength steels,
\nfine grain structural steels to S460N,
\nstructural steel, un- and low-alloy steels<\/td>\n<\/tr>\n
DIM L-6 NIM
\n<\/strong>Special alloy (NiMoCr)<\/td>		Quenching and tempering, hardenable, nitritable, polishable, etchable, chrome platable,
\nCVD-coatable.<\/td>		NIMAX
\nIMPAX
\nHOLDAX<\/td>\n<\/tr>\n
DIM L-8
\n<\/strong><\/td>		Hardness of the pure weld material on hardening steels: Approx. 27 - 38 HRC.
\nTensile strength after drawing, depending on wire diameter: > 900 - 1200 N \/ mm\u00b2.
\nHardenable to approx. 60 HRC
\nOperating temperature: 600-650\u00b0C
\nIncreased tensile strength and purity
\n
\nQuenching and tempering, hardenable, nitridable, polishable, etchable, chrome platable<\/td>		1.1730\/C 45 \/ IMPAX, HOLDAX, 13 CrMo 4 to 42 CrMo 4,
\n20CrMo12 \/ AISI \/ SAE \/ ASTM : 4140 \/ 1.2311\/12, 1.2162, 1.2738, 1.2764\/67, 1.7218, 1.7225, 1.7227,
\n1.7335\/37\/50\/54\/57\/59\/73\/76\/81, 1.7380 (steel and cast), 1.8075, TOOLOX 33 or P20.<\/td>\n<\/tr>\n
DIM L-9<\/strong>
\nSpecial alloy<\/td>		Hardness of the pure weld material on hardening steels: Approx. 27 - 38 HRC.
\nTensile strength after drawing, depending on wire diameter: > 900 - 1200 N \/ mm\u00b2.
\nHardenable to approx. 60 HRC
\nOperating temperature: 600-650\u00b0C
\nIncreased tensile strength and purity<\/td>		13CrMo4 - 42CrMo4
\n1.2311 \/ 1.2312
\n1.2738
\n1.1730 \/ C 45
\n1.6565 \/ 1.7218\/19\/25\/27 1.7335\/80
\n1.8519 \/ 1.8550
\nTOOLOX 33
\nIMPAX \/ HOLDAX
\nP20 \/ P 20+S \/ P20+Ni \/ 4140 \/ 4340 \/ EN24 \/ 5140 \/ 8620
\nGP240GH (1.0619)
\nNAK55 \/ NAK80<\/td>\n<\/tr>\n
DIM L-10<\/strong>
\n1.5424<\/td>		Must be applied, if it will be etched\/grained.
\nWell applicable on nitrided materials.
\nQuenching and tempering, hardenable, nitritable, polishable, etchable, chrome platable.<\/td>		1.2311\/12
\n1.2162
\n1.5415
\nContainer construction P235GH \/ P265GH \/ P295GH.
\nQ & T steels before hardening.
\n5140 \/ 8620<\/td>\n<\/tr>\n
DIM L-11<\/strong>
\n3-GZ-40-T<\/td>		Elastic, tough,
\nhigh-quality,
\nsteel grade comprehensive applicable,
\nquenching and tempering, hardenable, nitritable, polishable, chrome platable, conditionally etchable.
\n
\n32-42 HRC<\/td>		1.2714
\n1.2738
\n1.2343, 1.2344
\nQRO 90 Supreme
\nSKT4
\nNAK55 \/ NAK80<\/td>\n<\/tr>\n
DIM L-13<\/strong>
\n3-GZ-45-T<\/td>		Elastic, tough,
\nhigh-quality,
\nsteel grade comprehensive applicable,
\nquenching and tempering, hardenable, nitritable, polishable, chrome platable, conditionally etchable.
\n
\n42-46 HRC<\/td>		1.2343, 1.2344
\nToolox 44
\nAlu casting dies
\nES Primus SL
\nDominal HTR \/ TQ1
\n1.7225
\nSKD6\/7\/61\/ NAK80 \/ NAK55
\nH13 \/ H11 \/ H10 \/ S7 \/ H21 \/ H19<\/td>\n<\/tr>\n
DIM L-13 blank<\/strong><\/td>see DIM L-13, but non-copper-plated (blank)<\/td>see DIM L-13<\/td>\n<\/tr>\n
DIM L-17<\/strong>
\n1.7734<\/td>		homogeneous welding filler and has a high level of purity, therefore no microporosity
\nOperating temperatures up to 500\u00b0C
\n
\n42 HRC<\/td>		15CrMoV6 25CrMo4\/25CrMoS4
\n20CrMo12
\n31CrMoV9
\n34CrMo4\/35CrMo4
\n1.7734, 1.7213
\n1.7218\/19\/20\/21, 1.7226\/29\/31
\n1.8519
\nAISI: 4137H, 4137, 4135H, 4135, 4130
\nAir 9117 15CDV6 \/ LN9425
\nAviation alloys, motorsport alloys, tool steels
\nGeneral tool steels with a hardness of
\napproximately 42HRC<\/td>\n<\/tr>\n
DIM L-18<\/strong>
\n1.2567<\/td>		Heat proofed, temper resistant, same colour.
\nQuenching and tempering, hardenable, nitritable, polishable, chrome platable, conditionally etchable.
\n
\n42-46 HRC (pure welding material),
\noil-hardened 50-52 HRC,
\ntempered 48 HRC<\/td>		Hot-working steels
\n1.2343, 1.2344, 1.2367, 1.2606
\n1.2764, 1.2767
\nHigh-gloss polishings<\/td>\n<\/tr>\n
DIM L-19<\/strong>
\n1.4937
\nCrMoWV12Si
\n<\/td>		Good corrosion resistance, very good polishability, very clean erodibility, good ductility and toughness.
\nEspecially suitable for repairs against glass fiber abrasion.
\nTemperable, high temperature resistant, increased creep elongation and creep rupture strength at temperatures up to approx. 600\u00b0C.
\n
\nMaximum achievable hardness: 54HRC<\/td>		1.2083 \/ 1.2085
\n1.2316 \/ 1.2343 \/ 1.2344
\n1.2365 \/ 1.2367
\n1.2606
\n1.2767
\nB\u00f6hler steels: M310 \/ M314 \/ M333 \/ M340 \/ M368 \/ M380 \/ N685 and similar steels
\nUddeholm steels: Tyrax \/ Mirrax \/ Idun \/ Polmax \/ Ramax \/ Vanax \/ Elmax<\/td>\n<\/tr>\n
DIM L-20<\/strong>
\n3-GZ-55-ST<\/td>		Not suscectible to cracking with multilayered welding,
\nhot wear resistance,
\nhigh-quality,
\nsteel grade comprehensive applicable.
\nQuenching and tempering, hardenable, nitritable, polishable, chrome platable, conditionally etchable.
\n
\n53-58 HRC<\/td>		1.2767 - 1.2343, 1.2344 - 1.2764
\nW100 \u2013 321, W 360, W 403
\n1.2085 \/ 1.2365\/67 \/ 1.2606
\nELMAX
\nDIEVAR
\nHOTVAR
\nGRANE
\nSVERKER
\nRIGOR
\nVANADIS
\nUNIMAX
\nAlu die-castings
\nSKT6
\nA2 \/ D2 \/ H11 \/ D3 \/ O1 \/ L6 \/ D6 \/ H10 \/ H12 \/ S7 \/ H21 \/ M2
\n4340 \/ EN24 \/ 6F7<\/td>\n<\/tr>\n
DIM L-20 blank<\/strong><\/td>see DIM L-20, but non-copper plated (blank)<\/td>see DIM L-20<\/td>\n<\/tr>\n
DIM L-21 CoCr<\/strong>
\nSuper alloy CoCr<\/td>		similar to \u201eStellit 21\u201c
\nresistant to high temperatures
\nabrasion- and tear-resistant
\nhigh and changing temperature resistant
\nhigh toughness- and strength
\nhigh elasticity
\nhigh chemical corrosion resistance
\ngood sliding properties
\nnon-magnetic
\nhighly polished
\n
\nTensile strength Rm N\/mm\u00b2: > 1400
\nyield strength N\/mm\u00b2: bis 1115
\nElongation: > 28 %
\nthermal conductivity W\/mK: 12,6
\nanalysis: Co > 60 %
\n
\nup to 45 HRC (solidified)<\/td>		Hot runner nozzles,
\nwear parts at extreme demand,
\nArmor with extreme wear in mold making
\napplication on:
\ngas turbine, engines, acid fittings,
\nchemical filter, spring joints.
\ncastings out CoCr \/ CoNiCr \/ CrNiWCo<\/td>\n<\/tr>\n
DIM L-210 Co<\/strong>
\nSuper alloy \/ high-performance material
\nCoCrNiMo
\n<\/td>		high resistance to wear
\nhigh toughness
\nhigh tensile strenght
\nhigh ductility
\nhigh elasticity
\nhigh material fatigue resistance
\nhigh chem. corrosion resistance
\nreverse bending resistance
\nabrasion resistant
\ngood sliding properties
\nnon-magnetic
\nhighly polished
\ncold hardening
\nTensile strength Rm N\/mm\u00b2: up to 1110
\nyield strength N\/mm\u00b2: up to 734
\nElongation: 43 %
\nthermal conductivity W\/mK: 12,5
\n
\nHardness of pure laser welding wire: approx. 36 HRC
\nup to 45 HRC (solidified)<\/td>		In molds and mechanical engineering:
\nHot runner nozzles (high stability times),
\npartially against extreme wear,
\ngg. chem.\/electrochem. corrosion.
\nLarge range of applications including:
\npress- \/ acid- and steam valve,
\nvalve seats,
\nshut-off and throttling valves,
\nchemical filter, seals,
\noil industry, aerospace,
\nengine components, flexure,
\ntorsion spring, investment casting parts CoCr,
\nforge alloy CoCr, alloy out CoNiCrMo and
\nCrNiWCo \u2013 L605, Gas pressure measuring device
\nand much more.<\/td>\n<\/tr>\n
DIM L-22<\/strong>
\nNiCoMoTi<\/td>		Temperature shock resistant, very tough und wear-resistant,
\nmetal slidable on metal,
\nQuenching and temperging, hardenable, nitritable, polishable.
\n
\nArtificially aged > 58 HRC<\/td>		Hot-working steels
\nCold-working steels
\nAlu casting-dies
\nDrawing- and embossing-tools, folding-press dies
\nMachine slipways
\nCamshafts
\n1.2709 \/ 1.2706 \/ 1.2885
\n1.6354 \/ 1.6358
\nTYRODUR
\nB\u00f6hler W 720 \/ V 725
\nMARLOK
\nAll Alloy 29\/18 (Kovar etc.)
\nA579 \/ H19<\/td>\n<\/tr>\n
DIM L-23<\/strong>
\nSpecial alloy<\/td>		Quick heat dissipation,
\nCarbide deposits
\n
\nUp to 45 HRC<\/td>		STM-Steels
\ne.g.: HTCS 130\/150
\nAlu casting-dies
\nHot stamping dies
\nHot deburring tools, forging dies
\nHot shearing knives, warmpress piercer<\/td>\n<\/tr>\n
DIM L-24<\/strong>
\nmartensitic Cr-Si-W-Steel<\/td>		Cutting stability, tough, impact resistant,
\ntemper resistant in continious operation up to 700\u00b0C
\n
\n57-59 HRC<\/td>		Appropriate for upper knives on
\nHot deburring tools or hot shearing knives, in combination with DIM L-23 lower knives.<\/td>\n<\/tr>\n
DIM L-30<\/strong>
\n6-GZ-60-S<\/td>		Cutting stability, tough, impact resistant,
\nHigh resistance to wear in case of glas and carbon fibre reinforced plastic syringes.
\nHardenable, polishable, chrome platable.
\n
\n54-60 HRC<\/td>		cutting-wearing edge
\nCold-heat working tools
\nmachine spindle
\n1.1730\/C45 (hardened)
\n1.2379 \/ 1.2363
\n1.2080 \/ 1.2162
\n1.2764
\n1.2842 \/ 1.2510
\n1.7131
\nK 190 \/ K 340
\nELMAX
\nSVERKER
\nSKD1\/12\/62
\nSKS3
\nA2 \/ D2 \/ D3 \/ O1 \/ D6 \/ M2<\/td>\n<\/tr>\n
DIM L-31<\/strong>
\n1.2606 \/ S Z Fe3<\/td>		impact resistant, wear- abrasion resistant
\nstrong edges
\nheat resistant
\nquenching and tempering, hardenable, nitritable, polishable, not etchable
\n54-60 HRC<\/td>		Cold-heat working tools,
\nplastic- casting-dies,
\nHot shearing knives,
\n1.2767 \/ 1.2343, 1.2344 \/ 1.2080 \/ 1.2379 \/ 1.2436
\nSKD1 \/ SKD2 \/ K100 \/ K107
\nun-alloyed and low-alloyed steels
\nD6 (D3) \/ O1 \/ A2 (304)
\nH12<\/td>\n<\/tr>\n
DIM L-35<\/strong>
\nCr-Steel<\/td>		Stainless, resistant to corrosion,
\nbright finishable,
\nsame colour,
\nsea water resistant,
\nmartensitic welding material.
\n
\nUp to 48 HRC on Cr-steels,
\n52-55 HRC on C-steels, 1. layer<\/td>		Corrosion resistant
\nPlastic-mould steels
\nM 310 \/ 303 Extra
\nM 314 Extra \/ N 320 \/ 420SS
\nM 333 \/ M 390
\nELMAX
\nES Anticor SL
\n1.2316
\nC-cutting steels
\n1.2379
\n1.2080 \/ 82 \/ 83 \/ 85
\n1.2436
\n1.2842
\n1.4021 \/ 1.4034 \/ 1.4057 \/ 1.4112
\nHeat resistant armoring (900\u00b0C),
\non machine components
\n(G)X35CrMo17
\nSUS420J2
\nD6 \/ S136 (H) \/ 422 \/ 422+S<\/td>\n<\/tr>\n
DIM L-36<\/strong>
\nCr-Steel (Mo-Ni)<\/td>		Stainless, resistant to corrosion,
\nwear-, cavitation- and erosion resistant
\n
\n43 HRC
\n47 HRC strain hardened<\/td>		Plastic-mould steels
\nM 300 \/ M 303 \/ M 310, 1.2082
\nSteel casting
\nSeawater-power plants
\nSealing surfaces on armatures
\nDepositories
\nRotors, compressors
\nCORRAX, 1.4313, 1.4008
\nSUS420
\n422 \/ 422+S<\/td>\n<\/tr>\n
DIM L-37<\/strong>
\nSpecial material
\nCrTiMn-Steel<\/td>		Stainless, resistant to corrosion,
\nsame colour compared to 13-18% Cr-steels<\/td>		Crack free on reparations\/corrections
\nHigh-gloss polished Cr-Plastic forms
\n13-18% chrome steels
\n1.2083 (~B\u00f6hler M310), 1.2316 (M330\/303)
\nM314\/M315 and similar
\nCr-steel- and Cr-cast steel
\nCrack free fusion\/joint welding on Cr-steels<\/td>\n<\/tr>\n
DIM L-38<\/strong>
\nHigh speed cutting steel<\/td>		Especially wear resistant,
\ncrack free on single layer.
\n
\n60-64 HRC<\/td>		Injection moulding tool,
\nall alloys,
\nmachine spindle
\n1.2379
\n1.2080
\nK 340-390 \/ M 390 \/ S 390
\nELMAX
\nSVERKER
\nSKD11 \/ SKH51
\nD2 \/ M2<\/td>\n<\/tr>\n
DIM L-40\/06<\/strong>
\n2.4806
\nNi-Ba alloy<\/td>		See DIM L-40\/31
\nNot hardenable
\nnot structurable or etchable
\n
\nElongation As: >40%
\nTensile strength Rm N\/mm\u00b2: 680<\/td>		All tool steels
\nBuffer layers, cracks of all sorts
\nSealing of cooling channels,
\nhigh-strength connections,
\nstainless and chemical resistant steels,
\nchemical apparatus construction.
\nCrNi \u2013 cast steel 1.4859 \/ 1.4876<\/td>\n<\/tr>\n
DIM L-40\/31<\/strong>
\n2.4831 \/ Inconel 625
\nchemically stable Ni-Base Alloy<\/td>		High elongation, tensile strength, yield strength.
\nAbsolutely crack free,
\nstainless,
\nresistant to extreme heat,
\nresistant to low temperatures,
\nnot hardenable,
\nnot structurable or etchable,
\nmartensitic welding material
\n
\nElongation As: >35%
\nTensile strength Rm N\/mm\u00b2: 740<\/td>		Various tool steels
\nStainless and chemical resistant
\nsteels, 1.4529 \/ 1.4539
\nSealing of cracks (e.g. water\/oil cooling)
\nBuffer layers
\nRefrigeration technology
\nChemical apparatus construction
\n2.4856 \/ 2.4858
\nTurbine construction
\nAviation technology
\nMedical technology
\nMarine technology
\nHigh-strength joint welding<\/td>\n<\/tr>\n
DIM L-Nickel<\/strong>
\nNiTi<\/td>		Pure nickel quality with 3% Ti
\nresistant to many corrosive media from acid to alkaline
\ngood Temperature characteristics<\/td>		Nickel molds- and tools,
\npure nickel- other nickel alloys in:
\nchemical- food industry,
\nenergy industry,
\napparatus construction<\/td>\n<\/tr>\n
DIM L-41<\/strong>
\nFe-Ni alloy<\/td>		Stainless, elastic, crack free,
\ndifferent raw materials,
\nheat resistant,
\nElongation: up to 30%
\n> 200 HB<\/td>		Grey cast irons (GG)
\nSpheroidal graphite iron (GGG)
\nDuctile centrifugal casting
\nCast iron with vermiluar graphite (GJV)
\nOldtimer parts such as:
\ngutted manifolds
\ncracks on steels and high alloyed engine block cracks
\nMixed joints steel-copper-nickel among themselves and with cast steel
\nEN JS 2071 - DIN 1693
\nEN JS-1030
\nEN-GJS-400-18-RT<\/td>\n<\/tr>\n
DIM L-42 GH<\/strong>
\nSpecial alloy<\/td>		Wear resistant, hard.
\n
\n55-58 HRC<\/td>		Transform drawing tools out of GGG-cast materials,
\non drawing radii<\/td>\n<\/tr>\n
DIM L-50 Standard<\/strong>
\n(V4A)
\n1.4571 \/ 1.4576<\/td>		stainless<\/td>Cr-Ni-steels (V4A)
\n(stainless steels)
\njoint welding
\n1.4122
\n1.4401\/04\/35\/36\/ 1.4571\/80\/83
\n1.4409 (G-X2 CrNiMo 19-112)
\nAlSi 361L \/ 316Ti \/ 316Cb<\/td>\n<\/tr>\n
DIM L-52 Standard<\/strong>
\n(V2A)
\n1.4301 \/ 1.4316<\/td>		stainless<\/td>Cr-Ni-steels( V2A)
\n(stainless steels)
\njoint welding.
\n1.4301\/06\/11\/12\/ 1.4541\/46\/50
\nAlSi304 \/ 304L \/ 302 \/ 321 \/ 347<\/td>\n<\/tr>\n
DIM L-53<\/strong>
\n1.4310<\/td>		stainless<\/td>Spring steels<\/td>\n<\/tr>\n
Stainless and Ni-Ba alloys for apparatus engineering
\nSpecial alloys<\/strong><\/td>		1.3912<\/strong> (Invar 36) expansion alloy
\n
\n1.3954<\/strong> - not magnetizable, non-magnetic, e.g. for 1.3948\/51\/53,1.4439
\n
\n1.3981<\/strong> (Kovar) expansion alloy
\n
\n1.4009<\/strong>
\n
\n1.4104<\/strong>
\n
\n1.4115<\/strong> e.g. for 1.4006, 1.4021\/34\/57, 1.4112, (G)X35CrMo17, SUS420J2
\n
\n1.4122<\/strong> e.g. for martensitic steel, e.g. for medical tools, cutting
\n
\n1.4301<\/strong> e.g. for 1.4303\/06\/08\/10\/11\/12\/19\/ 1.4541\/46\/50\/52
\n
\n1.4310<\/strong> e.g. for spring steels
\n
\n1.4316<\/strong> e.g. for 1.4301\/03\/06\/08\/10\/11\/12\/19\/ 1.4541\/46\/50\/52
\n
\n1.4337<\/strong> e.g. on heat-resistant, ferritic-austenitic Cr-Ni steels
\n
\n1.4351<\/strong> e.g. for 1.4008, 1.4034, 1.4313, 1.4317, 1.4351, 1.4407, 1.4414
\n
\n1.4370<\/strong> e.g. for martensitic welding material also 1.4057
\n
\n1.4404<\/strong> e.g. for med. tools, chem. apparatus construction: 1.4401\/03\/09\/35\/36, 1.4571\/8083
\n
\n1.4410<\/strong> Superduplex
\n
\n1.4430<\/strong> e.g. for 1.4401\/04 \/ 1.4441 also 1.4057
\n
\n1.4440<\/strong> Welding in chemical apparatus and container construction on similar types CrNiMo(N) steels\/cast steel types, e.g. 1.4429\/ 1.4435\/ 1.4436\/ 1.4438\/ 1.4439\/ 317L
\n
\n1.4459<\/strong> - covers as welding filler a variety of stainless base materials
\n
\n1.4462<\/strong> \u2013 Duplex
\n
\n1.4501<\/strong> Superduplex
\n
\n1.4502<\/strong> e.g. for 1.4000\/02\/16\/57\/59,1.4510\/11\/12\/23
\n
\n1.4519<\/strong> e.g. for 1.4539\/37, 1.44\/2939\/\/1.4505\/06, 1.4529\/31\/36, 1.4585
\n
\n1.4539<\/strong> - e.g. med. tools, chem. apparatus construction, marine technology
\n
\n1.4542<\/strong> - 17-4 PH e.g. for 1.4542 \/ 1.4548 \/ 17.4 PH, ASTM: A564 \/ A705 \/ A693
\n
\n1.4551<\/strong> e.g. for 1.4312\/1.4541\/43\/46\/50\/51\/52\/1.4878\/1.6902\/05\/07
\n
\n1.4571<\/strong> e.g. for 1.4401 \/ 1.4404\/08 \/ 1.4435\/36 \/ 1.4409, 1.4420 \/ 1.4573 \/ 1.4580\/81\/83
\n
\n1.4576<\/strong> e.g. for 1.4401 \/ 1.4404\/08 \/ 1.4435\/36 \/ 1.4409, 1.4420 \/ 1.4571\/73 \/ 1.4580\/81\/83
\n
\n1.4755<\/strong>-22H for high-temperature fuel cells
\n
\n1.4842<\/strong> - 1200\u00b0C scaling resistance, e.g. for 1.4821-45\/48\/78\/85
\n
\n17-4 Ph<\/strong> \/ AMS 5825 e.g. for 1.4542 \/ 1.4548 \/ 17.4 PH, ASTM: A564 \/ A705 \/ A693
\n
\n1.4937<\/strong> - quenching and tempering, high temperature resistance, increased elongation and creep strength, corrosion resistance at temperatures up to approx. 600\u00b0C. Z.B.: 1.4913-1.4937, 1.8070, 1.7335, 1.7380
\n
\n2.4560<\/strong> NiFe z. B. mixed compound of all steel-Cu-Ni types, gray cast iron
\n
\n2.4607<\/strong> Highly corrosive acids, e.g. for 2.4602\/05\/10, 2.4819
\nHastelloy C-22 \/ Alloy 22
\n
\n2.4711<\/strong> cobalt alloy, high corrosion resistant against chem. attacks
\n
\n2.4806<\/strong> e.g. for nickel base alloy, 2.4816\/17, 2.4630\/31\/69, 2.4851\/67\/69\/70, 2.4951
\n
\n2.4819 \/ 2.4889<\/strong> (C276) for highly corrosive media
\n
\n2.4831<\/strong> nickel base alloy corresponds to Iconel 625
\n
\nCoCrMo alloys<\/strong> for dental technology
\n
\nDIM L-Alloy 21 CoCrMo<\/strong> highest corrosion resistance in chem. Media, biomedicine
\n
\nDIM L-Alloy C276<\/strong> Laser welding filler for Alloy C276 and other corrosion-resistant alloys, e.g.: 2.4819 \/ 2.4610 \/ 1.4583
\n
\nDIM L-Alloy 718<\/strong> Laser welding filler for Alloy 718 and nickel-based alloys, equivalent to Inconel 718
\n
\nDIM L-Egliloy<\/strong> Co-Superalloy, highest corrosion resistance against chemical attack
\n
\nDIM L-Phyxox<\/strong> Co-Superalloy, highest corrosion resistance against chemical attacks
\n
\nDIM L-Kovar<\/strong> expansion alloy
\n
\nDIM L-Invar 36<\/strong> expansion alloy
\n
\nMore + superalloys on request<\/td>		different Cr and CrNi-alloys
\nApparatus construction
\nMedical technology
\nGeneral engineering
\nMarine technology
\nElectro technology
\nCombustion chambers
\nAviation technology
\n
\nIf needed please request the respective data sheet.<\/td>\n<\/tr>\n
DIM L-62 STA<\/strong>
\nSpecial alloy<\/td>		Stainless,
\nresistant to corrosion.<\/td>		STAVAX
\nUNIMAX
\nRAMAX
\nCORRAX
\n1.2083
\nM 340
\nSUS440C
\nS136 (H) \/ 420SS \/ 420<\/td>\n<\/tr>\n
DIM L-63<\/strong>
\nCr-Ni-Mn-Steel<\/td>		Stainless,
\ntear strength,
\nhigh enlongation,
\ncould tough (-110\u00b0C),
\nscale resistant up to 850\u00b0C,
\npost-curing when in use,
\ncold-warm-solidifying,
\nnot narb- or etchable,
\nElongation As: > 40 %
\nTensile strength Rm N\/mm\u00b2: > 600<\/td>		Various types of steels,
\nHigh-manganese steels
\nCast steel
\nStainless steels
\nMouldings
\nMachine components
\nArmatures
\nS-W-connections
\nBuffer layers, applications
\nSealing cracks
\nFilling layers at cr-steels (L-35)<\/td>\n<\/tr>\n
DIM L-65<\/strong>
\nSpecial alloy (highly alloyed)<\/td>		Stainless, crack resistant, elastic,
\nhigh mechanical values,
\nvery good seamless weldebility,
\nalloy comprehensive compatible,
\nscale resistant up to 1150\u00b0C,
\ncold-warm-solidifying,
\nnot narb- or etchable.
\nElongation > 30%
\nTensile strength Rm N\/mm\u00b2: > 750<\/td>		Cold-warm steels
\nDie castings
\nSteel castings
\nCr-Ni \/ Ni-steels
\nMouldings
\nMachine components
\nArmatures
\nSteels, which are difficult to weld
\nS-W-connections
\nQuick repairs
\nDepositories
\nMulti-layered applications<\/td>\n<\/tr>\n
DIM L-69 Hot Steam<\/strong><\/td>DIM L-69 Hot Steam is suitable for components with higher heat resistance such as heat engines,
\nturbine blades and turbine disks of steam turbines.
\nApplications in aerospace and reactor technology
\n
\nTemperable, highly heat-resistant, increased creep elongation and creep rupture strength, corrosion resistance at temperatures up to approx. 600\u00b0C.<\/td>		1.4913\/ 1.4922 \/ 1.4923,
\n1.4931 (Turbotherm 20MVNb) \/ 1.4935 \/ 1.4937
\n1.8070 \/ 1.7335 \/ 1.7380
\n
\nSteam valves, pressure and steam boilers
\nAerospace
\nReactor technology<\/td>\n<\/tr>\n
DIM L-70 Si 5<\/strong>
\n3.2245 \/ AlSi5
\nStandard alloy<\/td>		Very well circulating,
\nElongation15%,
\nTensile strength Rm N\/mm\u00b2: 160<\/td>		Al-Si-alloys
\nMetal sheets
\ndifferent Al-alloys among themselves
\nAlu-moulds
\nAlu-prototype moulds
\nAlu-castings<\/td>\n<\/tr>\n
DIM L-70 Si 12<\/strong>
\n3.2585 \/ AlSi12<\/td>		Very well circulating,
\nelongation 5%,
\nTensile strength Rm N\/mm\u00b2: 200<\/td>		Alu-moulds
\nAlu-prototype moulds
\nAlu-castings - AlSi10Mg
\nAl-Si casting alloy
\nAlSi5Mg \/ AlSi7Mg
\nAlSi9Cu3
\ndifferent Al-alloys among themselves<\/td>\n<\/tr>\n
DIM L-70 Mg 3<\/strong>
\n3.3536 \/ AlMg3<\/td>		Well circulating,
\nseawater resistant,
\nMust be applied, if later anodised (here, no silicon alloy application).
\nElongation 20%,
\nTensile strength Rm N\/mm\u00b2: 200<\/td>		If anodised later:
\nAlu-components
\nAlu-castings
\nMetal sheets
\nAl-Mg-alloys among themselves
\nEN AW-6060 (AlMgSi0,5)<\/td>\n<\/tr>\n
DIM L-70 Mg 5<\/strong>
\n3.3556 \/ AlMg5<\/td>		Well circulating,
\nseawater resistant,
\nMust be applied, if later anodised (here, no silicon alloy application).
\nElongation 25%,
\nTensile strength Rm N\/mm\u00b2: 250<\/td>		If anodised later:
\nAlu-components
\nAlu-castings
\nMetal sheets
\nAl-Mg-alloys among themselves<\/td>\n<\/tr>\n
DIM L-70 99,5<\/strong>
\n3.0259 \/ Al99,5<\/td>		Hot shortness,
\nElongation 35%,
\nTensile strength Rm N\/mm\u00b2: 80<\/td>		Pure Al alloys
\nAl 99 \u2013 Al 99,8
\nAl-alloy until 2 Mg, 0,5 Si <\/td>\n<\/tr>\n
DIM L-70 Mg 4,5Mn<\/strong>
\n3.3548 \/ AlMg4,5Mn<\/td>		High-strength,
\nsea water resistant,
\nElongation 20%,
\nTensile strength Rm N\/mm\u00b2: 280<\/td>		Al-Mg-alloys
\nAl-turbine blases
\nApplications against wear and tear
\nEN 5083<\/td>\n<\/tr>\n
DIM L-70 Mg 4,5MnZr<\/strong>
\n3.3546 \/ AlMg4,5MnZr<\/td>		Unsuscepticle to hot-shortness,
\nseawater resistance,
\nElongation 20%,
\nTensile strength Rm N\/mm\u00b2: 300<\/td>		Al-Mg Alloys
\nJoint Welding<\/td>\n<\/tr>\n
DIM L-80<\/strong>
\nMultialloy bronze
\n(yellow coloured)<\/td>		Very well circulating,
\nwear resistant,
\nsea water resistant,
\nlow friction metal-metal,
\ngood sliding properties,
\ntough, non-porous, crack resistant,
\nhigh mechanical values,
\nlow melt range,
\namagnetic,
\nHardness: > 220 HB,
\nTensile strength Rm N\/mm\u00b2: 900<\/td>		Overall:
\nAmpcoloy, CuBe, Bronze
\nMoldmax, Hovadur
\nCooling inserts
\nInjection molds
\nComprehensive for Cu-sorts
\nComprehensive for steel-sorts
\nGrey spheroidal graphite iron
\nCu-St-G-sorts among themselves
\nMachine components
\nGear manufacturing
\nBearing seats, slipways
\nChemical apparatus construction
\nPump components, valves, slider
\nFood industry
\nShipbuilding industry
\nApplications
\nConnections<\/td>\n<\/tr>\n
DIM L-81<\/strong>
\nMulti-alloy-bronze<\/td>		Seawater resistant,
\nElongation: > 30%<\/td>		1. layer on tool steel
\nIf DIM L-80 used to weld, but in combination with tool steel micro cracks occur.
\n
\nFor buffer and pad layers, if welding with DIM L-80 is higher than 5 mm.
\n
\n2.0920\/36\/60\/70\/75 and similar.<\/td>\n<\/tr>\n
DIM L-82<\/strong>
\n98% copper<\/td>		High electric conductivity,
\ntough,
\nColour comparable to dark Cu-sorts.<\/td>		Copper-Ampcoloy sorts
\nErosion electrodes
\nCooling inserts<\/td>\n<\/tr>\n
DIM L-83<\/strong>
\n2.1461 \/ CuSi 3<\/td>		very well circulating,
\ncolour comparable to brass.
\n
\nHardness: 80 HB
\nElongation: 40%<\/td>		Brass
\nDiverse application for copper alloys
\nJoint weldings of different Cu-alloys
\nApplication weldings on Cu-cooling inserts
\nEverdur<\/td>\n<\/tr>\n
DIM L-84<\/strong>
\n2.1022 \/ CuSn 6<\/td>		wear resistance
\ngood sliding properties
\ngood resistant to corrosion
\nsea water resistant
\nInsensitive to stress corrosion cracking
\nInsensitive to pitting, even in seawater<\/td>		CuSn- Alloys with 4-8% tinn
\nCuZn- Alloys (Brass)
\nCusnZnPb- Alloys
\nWeld cladding on cast iron<\/td>\n<\/tr>\n
DIM L-85<\/strong>
\n2.1056 \/ CuSn 12<\/td>		sea water resistant
\ngood sliding properties
\ngood processability<\/td>		CuSn - alloy with more than 8% tin
\nCuZn - alloy with more than 8% tin
\nCuSnZnPb -alloy with more than 8% tin
\nWeld cladding on cast iron and steel<\/td>\n<\/tr>\n
DIM L-Ampco-Trode 940 (original)<\/strong><\/td>Beryllium-free alloy,
\nexcellent thermal conductivity,
\nexcellent corrosion resistance.<\/td>		Welding filler for reparations on moulds of Ampcoloy 940
\nInjection moulding tools
\nBlow moulds
\nPartial application for quick heat dissipation<\/td>\n<\/tr>\n
DIM L-BeCu25<\/strong>
\nCuBe2<\/td>		srapid heat dissipation
\ngood sliding properties
\nvery wear-resistant
\nhigh hardness
\nhigh electr. conductivity
\nhigh mech. strength
\ncontinuous oscillations proof
\ncorrosion resistant
\nseawater resistant
\nvery good polishability
\nup to 1150 N\/mm\u00b2<\/td>		Corresponds MOLDMAX
\nRepairs to cooling inserts made of beryllium
\ncopper or Ampcoloy materials Apparatus
\nconstruction.
\nmedical technology<\/td>\n<\/tr>\n
DIM L-Messing<\/strong>
\nBlank Ms-Hard solder CuZn<\/td>		working temperature 900\u00b0C
\nCan be used across all alloys<\/td>		Gunmetal, bronzen
\nCu-alloys
\nCast iron
\nMalleable cast iron
\nSteel<\/td>\n<\/tr>\n
DIM L-Silberlot<\/strong>
\nBlank Ag-Hard solder
\nAg-CuZn<\/td>		Cd-free
\nMelting interval 710-740\u00b0C
\nWorking temperature 740\u00b0C<\/td>		Universal applications for:
\nJewellery
\nApparatus and instrument construction
\nPrecision engineering<\/td>\n<\/tr>\n
DIM L-Titan 1<\/strong>
\nTitan Grade 1
\n3.7024<\/td>		Very well circulating,
\nductile and cold formable,
\nTensile strength and resistant to impacts,
\n(salt) seawater resistant.<\/td>		Offshore chemistry technology
\nPlate heat exchanger
\nTi-deep drawing parts
\nJewelry, watches<\/td>\n<\/tr>\n
DIM L-Titan 2<\/strong>
\nTitan Grade 2
\n3.7034<\/td>		Very well circulating,
\ngood mechanical characteristics,
\nhigh corrosion resistance,
\n(salt) seawater resistance.<\/td>		Aviation technology
\nChemical plant engineering
\nDesalination of sea water
\nMedical\/dental technology
\nJewelry, watches<\/td>\n<\/tr>\n
DIM L-Titan 5
\n<\/strong>Titan Grade 5
\n3.7164<\/td>		Very well circulating,
\nhigh strength and toughness,
\n(salt) seawater resistance.<\/td>		Marine and aviation technology
\nGas turbines
\nUltrasound technology
\nRacing technology
\nMedical and dental technology
\nMeasurement electronics
\nThermo-sensor technology
\nJewelry, watches.<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n\n\r\n\t\t<\/div>\r\n\t<\/div>\r\n<\/div><\/div><\/div><\/div><\/div><\/section>\n","protected":false},"excerpt":{"rendered":"DIM Laser Welding Wires ______ for application within\/on: Tool and Mold making Apparatus construction Marine, Aviation and Space technology Medical and Dental technology Brief outline of laser welding wire service...","protected":false},"author":1,"featured_media":0,"parent":0,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"_exactmetrics_skip_tracking":false,"_exactmetrics_sitenote_active":false,"_exactmetrics_sitenote_note":"","_exactmetrics_sitenote_category":0,"footnotes":""},"class_list":["post-5688","page","type-page","status-publish","hentry"],"_links":{"self":[{"href":"https:\/\/www.dim-international.com\/en\/wp-json\/wp\/v2\/pages\/5688","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/www.dim-international.com\/en\/wp-json\/wp\/v2\/pages"}],"about":[{"href":"https:\/\/www.dim-international.com\/en\/wp-json\/wp\/v2\/types\/page"}],"author":[{"embeddable":true,"href":"https:\/\/www.dim-international.com\/en\/wp-json\/wp\/v2\/users\/1"}],"replies":[{"embeddable":true,"href":"https:\/\/www.dim-international.com\/en\/wp-json\/wp\/v2\/comments?post=5688"}],"version-history":[{"count":8,"href":"https:\/\/www.dim-international.com\/en\/wp-json\/wp\/v2\/pages\/5688\/revisions"}],"predecessor-version":[{"id":7248,"href":"https:\/\/www.dim-international.com\/en\/wp-json\/wp\/v2\/pages\/5688\/revisions\/7248"}],"wp:attachment":[{"href":"https:\/\/www.dim-international.com\/en\/wp-json\/wp\/v2\/media?parent=5688"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}