PLASweldTM Celsit706 |
Cobalt-base alloy for plasma- transferred-arc (PTA) welding |
-150 + 50 μm in 5 kg powder containers-200 + 63 μm in 5 kg powder containers |
14700, P Z Co2 |
approx. 41 HRC |
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PLASweldTM Celsit712 |
Cobalt-base alloy for plasma- transferred-arc (PTA) welding |
-150 + 50 μm in 5 kg powder containers-200 + 63 μm in 5 kg powder containers |
14700, P Z Co3 |
approx. 48 HRC |
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PLASweldTM Celsit721 |
Cobalt-base alloy for plasma- transferred-arc (PTA) welding |
-150 + 50 μm in 5 kg powder containers-200 + 63 μm in 5 kg powder containers |
14700, P Z Co1 |
approx. 32 HRC |
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PLASweldTM Ledurit60 |
Highly wear-resistant, preferred for protection against mineral wear with low impact, feed screws, excavator teeth |
-200 + 63 μm in 5 kg powder containers |
14700, P Fe14 |
57 HRC |
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PLASweldTM Stainless18 |
Gas-atomized metallic powder of the type 316 L designed for laser and plasma arc surfacing. It shows good corrosion resistance. |
-150 + 50 μm in 5 kg powder containers |
14700, P Z Fe12 |
160 - 200 HV |
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PLASweldTM Ferro55 |
Ferreous based powder for laser and plasma arc surfacing, combining high strength, toughness and temperature resistance up to 550°C. Applicable on hot and cold work steels. |
-125 + 45 μm in 5 kg powder containers-90 + 45 μm in 5 kg powder containers-150 + 50 μm in 5 kg powder containers |
14700, P Z Fe8 |
53 - 58 HRC |
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PLASweldTM Ferro45 |
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-150 + 50 μm in 5 kg powder containers |
14700, P Z Fe3 |
42 - 46 HRC |
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PLASweldTM Ferro39 |
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-150 + 50 μm in 5 kg powder containers-90 + 45 μm in 5 kg powder containers |
14700, P Z Fe3 |
38 - 42 HRC |
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PLASweldTM Ferro44 |
Ferreous powder for laser surfacing was especially developed for tough and crack resistant build-ups on high-strength nodular iron. |
-125 + 38 μm in 5 kg powder containers |
14700, P Z Fe3 |
44 HRC |
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PLASweldTM Ferro702 |
Powder for laser and plasma arc surfacing, used for repair, maintenance and production of highly stressed cold and hot working tools, such as hot cutting tools and Al-die cast moulds. |
-150 + 50 μm in 5 kg powder containers |
14700, P Z Fe5 |
32 - 37 HRC |
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PLASweldTM FerroV1 |
Due to its high hardness the powder for laser surfacing is suitable for build-ups onmachine parts and tools subject to abrasion, compression and impact |
-125 + 45 μm in 5 kg powder containers |
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50 - 60 HRC |
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PLASweldTM FerroV15 |
Ferreous powder alloy for plsma arc surfacing with high Vanadium and Chromium content against a combination of wear and corrosion. Cutting tools, scraper |
-180 + 63μm in 5 kg powder containers |
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58-64 HRC |
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PLASweldTM NiBasW60 |
The powder blend for plasma arc surfacing, specially nickel base matrix for highest abrasion stressess, for excavator parts, drilling tools, screws in the plastic industry and mining. |
-180 +63 μm in 5 kg powder containers |
14700, Z P Ni20 |
approx. 55 HRC |
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PLASweldTM NiBas776 |
Highly corrosion-resistant NiCrMo powder for PTA welding and lasersurfacing |
-150 + 50 μm in 5 kg powder containers |
14700, Z P Ni4 |
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PLASweldTM NiBas776W40 |
NiCrMo-powder with addition of tungsten carbides for PTA welding and laser surfacingd, hardfacing weld overlays subject to corrosion and abrasive wear |
-150 + 50 μm in 5 kg powder containers |
14700, Z P Ni20 |
Matrix approx. 510HV0,5 |
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