International competence in welding

8. Powders for plasma welding, plasma spraying, gas powder welding and flame spraying

8. Powders for plasma welding, plasma spraying, gas powder welding and flame spraying

 

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8.1 Powders for plasma welding, plasma spraying, gas powder welding and flame spraying

 

8.1 Powders for plasma welding, plasma spraying, gas powder welding and flame spraying

Quality                    
Iron base C Si Cr Mo Ni W B Other Hardness Note
capilla® Capidur 4015 0,04 0,7 17 Mn = 0,5 20 – 40 HRc  
capilla® Capidur 4115 0,2 0,6 17 1,1 Mn = 0,5 30 – 50 HRc  
capilla® Capidur 410 NiMo 0,04 0,7 13 0,5 4,7 40 HRc  
capilla® Capidur 4031 0,4 0,4 13 44 HRc  
capilla® Capicoat 316 H 0,1 17 2,2 13 170 HB  
capilla® Capicoat 51 0,08 0,75 19 9 Mn = 7 170 HB  
capilla® Capidur 30 FeCrMn 0,12 5 21 8 Co ≤ 0,07; Mn = 6,5 30 HRc  
capilla® Capidur 60 FeCr 3,9 31 57 HRc  
capilla® Capidur 45 FeCr 2 0,6 31 43 HRc  
capilla® Capidur 65 FeCrNb 5,4 1,4 12 1 V = 6; Nb = 6,5 65 HRc  
Quality                    
Nickel base C Si Cr Mo Ni W B Other Hardness Note
capilla® Capidur 20 Ni 0,05 3 Residual gas 2 Fe = 2,5 31 HRc self-flowing
capilla® Capidur 40 Ni 0,3 3,5 8 Residual gas 1,6 Fe = 3 40 HRc self-flowing
capilla® Capidur 45 Ni 0,4 3,5 9 Residual gas 2 Fe = 3 45 HRc self-flowing
capilla® Capidur 50 Ni 0,6 3,8 11 Residual gas 2,5 Fe = 3 50 HRc self-flowing
capilla® Capidur 55 Ni 0,5 3,7 17 4,5 Residual gas 2,5 Cu = 2 55 HRc self-flowing
capilla® Capidur 60 Ni 0,8 4,3 16 Residual gas 3,5 Fe = 4,5 60 HRc self-flowing
capilla® Capidur 35 NiCr 0,05 4,5 33 Residual gas 1,1 Cu = 1,6; Nb = 0,5 34 HRc self-flowing
capilla® Capidur 40 NiCr 0,1 4,6 36 Residual gas 1,7 Co ≤ 0,07 39 HRc self-flowing
capilla® Capibond NiAl 5 0,03 Residual gas Al = 5   Adhesion primer
capilla® Capibond NiAl 6 1   18 Residual gas  – Al = 6   Adhesion primer
capilla® Capidur NiCrMo 24/21 0,03 0,03 24 21 Residual gas Co = 0,07 43 HRc  
capilla® Capidur NiCrW 26/9 2 26 Residual gas 9 38 HRc  
capilla® Capicoat 5200 S 0,1 0,8 16 16 Residual gas 4 V = 0,3; Fe = 6 200 HB  
capilla® Capicoat 530 0,05 0,4 19 6 Residual gas 1 Co = 12; Al = 2,2; Ti = 3 180 HB  
capilla® Capicoat NiCr 20 0,1 0,6 20 Residual gas 170 HB  
Quality                    
Cobalt base C Si Cr Mo Ni W B Other Hardness Note
capilla® Capidur 506 1,1 28 4,5 41 HRc  
capilla® Capidur 512 1,4 30 8,5 48 HRc  
capilla® Capidur 501 2,4 31 13 53 HRc  
capilla® Capidur R 40 Co 1,2 28 3,7 6,5 4,5 Cu = 1,6 42 HRc  
capilla® Capidur R 40 CoNb 1,6 29 3,7 6,5 Cu = 1,6; Nb = 4 41 HRc  
capilla® Capidur R 50 Co 2 28 3,7 6,5 Cu = 1,6 49 HRc  
capilla® Capidur R 50 CoNb 2 28 3,7 6,5 Cu 0 1,6; Nb = 5,5 45 HRc  
capilla® Capidur 521 0,25 28 5 2,8 32 HRc  
capilla® Capidur FN 1,6 1 28 22 13 43 HRc  
capilla® Capidur F 1,8 26 23 12,5 45 HRc  
capilla® Capidur 516 0,1 20 10 15 230 HB  
capilla® Capidur 45 Co 0,8 2,3 19 13 8 1,7 Cu = 0,6; Fe = 3 45 HRc self-flowing
capilla® Capidur 50 Co 0,2 3,5 18 6 27 3 50 HRc self-flowing
capilla® Capidur 55 Co 1,3 3 19 13 13 2,2 Cu = 0,6; Fe = 3 55 HRc self-flowing
capilla® Capidur 60 Co 1,3 2,8 19 13 15 3 60 HRc self-flowing

 

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