Power Alloy Corporation
Power Alloy Corporation
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Powder Alloys Corporation

FORTECOAT PTA Welding Powders

Powder Alloys Corporation

Powder Alloys Corporation is a reputed and versatile producer of state of the art advanced metal. Ceramic, carbide and superalloy powders which are used across the globe by oil & gas, aero, bio-medical, gas turbine and engineering industry as well as emerging market such as additive manufacturing. The manufacturing facility of Powder Alloys Corporation is located in the city of Loveland, Ohio, USA. PAC products enjoy a large numbers of customer’s approvals.

PAC Alloy No. Material Composition Particle Size Comparable Materials
Aluminum Based Alloys Powders
19NS Pure Aluminum -200+325 Mesh AL 104 54NS-1
901 88Al-12Si -140+325 Mesh AL 102 52C
901MOD 88Al-12Si -200+15µm    
8112PA 6061 Type Aluminum -325+15µm    
PAC Alloy No. Material Composition Particle Size Comparable Materials
Ceramic Powders
2100P Pure Yttrium Oxide -170 + 325 Mesh    
2100P1 Pure Yttrium Oxide -170 + 22 µm    
701NS Gray Aluminum Oxide -270+11µm ALO 105 101NS
701B Gray Aluminum Oxide -140+22µm ALO 159 101BNS
702 Titanium Dioxide -270+11µm   102
705-1 White Aluminum Oxide -270+11µm ALO 101 105NS
705SF White Aluminum Oxide -25µm+5µm   105SF
1106 Chromium Oxide -140+15µm   106NS
1106F Chromium Oxide -325+11µm CRO 167 106F
1106SF Chromium Oxide -325+22µm CRO 179  
730 Alumina-13 Titania -325+11µm ALO 187 130
731 Alumina-40 Titania -325+11µm ALO 121 131VF
732F Chromium Oxide-3 Silica -270+11µm CRO 192 136F
801 Zirconia-5 Calcia -270+11µm   201NS
801B Zirconia-5 Calcia -200+30 µm   201BNS
PAC Alloy No. Material Composition Particle Size Comparable Materials
Ceramic Blends
3030 MgO-ZrO+NiCr Blend 65/35 -230+11µm ZRO 119 303NS
3030-1 MgO-ZrO+NiCr Blend 65/35 -200+5µm   303NS-1
4101A AlO+NiAl Blend 70/30 -170+11µm   410NS
4101B AlO+NiAl Blend 55/45 -170+11µm    
4210 MgO-ZrO+NiAl Blend 65/35 -170+11µm ZRO 105 421NS
4410 MgO-ZrO+NiCr Blend 65/35 -140+11µm   441NS

 

PAC Alloy No. Material Composition Particle Size Comparable Materials
Chromium Tungsten Carbide Powders & Blends
123 Chromium Carbide, Fine -270+5 µm CRC 105  
124 Chromium Carbide, Coarse -140 + 325 Mesh CRC 107 70CNS
PAC Alloy No. Material Composition Particle Size Comparable Materials
Chromium Tungsten Carbide Powders & Blends Cont.
125 Cast WC-12% Co -200+325 Mesh WC 104 71NS
126 Cast WC-12% Co -325+5 µm WC 106 71VFNS
127 Sintered WC-12% Co -325+5µm WC 114 72FNS
200GE Sintered WC-17% Co -325+11µm WC559 73FNS-1
200S Sintered WC-17% Co -270+11µm WC 128-2 73FNS-2, 2005
200SF Sintered WC-17% Co -325 + 5µm   73SFNS
129 CrC+ NiCr Blend 85/15 -140+11µm   80NS
130 CrC+ NiCr Blend 75/25 -140+11µm CRC 108 81NS
131 CrC+ NiCr Blend 75/25 -325+5 µm CRC 106 81VFNS
131-1 CrC+ NiCr Blend 93/7 -325+5 µm CRC 184 82VFNS
133 CrC+CoAlloy +NiAl Blend -170+11µm   430NS
134SP CrC + NiCrAlY Blend -325+11µm   5241
911 WC-Co+Ni Alloy + NiAl Blend -170+11µm   439NS
1500F WC Co Cr 86/10/4 -270+20µm 1350VM 5163
1500F2 WC Co Cr 86/10/4 -325+11µm 1350VF 5164
5129 Sintered CrC + NiCr Blend 75/25 -325+15µm 1375VM  
8427 WC – CrC – Ni -325+µm WC733/1356  
PAC Alloy No. Material Composition Particle Size Comparable Materials
Cobalt Based MCrAlY Powders
9290AMF Co-29Cr-6AI.3Y -325+22 µm CO 242-3 4197
9330AM Proprietary CoNiCrAIY -325+5 µm CO 249 4200
9330AMC Proprietary CoNiCrAIY -140+325 Mesh CO 249 4199
9330AMF Proprietary CoNiCrAIY -325+22 µm CO 249-4 4198
9348AM Proprietary CoCrAIY -325+5 µm CO 110 345, 360
9950AM Co-32Ni-21Cr-8AI-.5Y -325+11 µm CO 210-1 9954
9950AMC Co-32Ni-21Cr-8AI-.5Y -170+400 Mesh CO 159 995C
9950AMF Co-32Ni-21Cr-8AI-.5Y -325+22 µm CO 210-24 995, 4195
PAC Alloy No. Material Composition Particle Size Comparable Materials
Cobalt Based Alloys Powders
6CO Co-6 -170+325 Mesh CO 106  
46GEHV Co-6 -325+20 µm 106-1 4060
46HVT Co-6 -270+22 µm    
25F L-605 -325+15 µm CO 308  
X40 X-40/HS31 -140+325 Mesh CO 285 X40
90C Co-25Cr-10Ni-7.5W, Coarse -200+325 Mesh CO 105 45C
PAC Alloy No. Material Composition Particle Size Comparable Materials
Cobalt Based Alloys Powders Cont.
90VF Co-25Cr-10Ni-7.5W, Fine -325+5 µm CO 103 45VF
91C Co-47Al -200+325 Mesh    
509 MM 509 -325+11 µm CO 222 MM509
750GELCF F75 -325+11µm    
8106 FSX-414 -325+11 µm CO 263-2  
8405 CM64 -140+325 Mesh CO 114-2  
T400 Co-28Mo-8Cr-2Si -325+11µm CO 109 66FNS
T800 Co-28Mo-17Cr-3Si -325+11µm CO 111 68FNS
PAC Alloy No. Material Composition Particle Size Comparable Materials
Copper Based Alloys Powders
10 Pure Copper -170+325 Mesh CU 105 55
12 Cu-38Ni, Coarse -200+325 Mesh CU 103 57NS
12F Cu-38Ni, Fine -325+11µm   57VF
16 Cu-9.5 Al-1Fe, Coarse -120+325 Mesh CU 114 51NS
16F Cu-9.5 Al-1Fe, Fine -270+15µm CU 104 51F
658C Cu-36.5 Ni-5In, Coarse -200+325 Mesh CU 102 58NS
658F Cu-36.5 Ni-5In, Fine -325+15µm CU 101  
PAC Alloy No. Material Composition Particle Size Comparable Materials
Clearance Control & Abradables Powders
909B Ni-18Al -170+270 Mesh   955
904 Pure Polyester -100+325um   600NS
905-3 Al-Si/40 Polyester -100+10µm ALO 202 2010, 601NS
138 Ni-25C -170+400 Mesh NI 114 307NS
138-1 Ni-25C -170+400 Mesh   307-1
138-3 Ni-25C -170+ 400 Mesh NI 114-2 307-2
138-2 Ni-25C -170+30µm NI 120 307-3
140 Ni-15C -170+400 Mesh NI 126 308NS
140-1 Ni-15C -170+400 Mesh NI 115 308-3
140-2 Ni-15C -170+400 Mesh NI 126-1 308-1
141-3 Ni-20C -170+400 Mesh NI 765 309-3
3010 Ni-14Cr-5Al-4BN -120 + 325 Mesh   301NS
16904 Aluminum Bronze Polyester Blend -120+11 µm   605NS
90414 Aluminum Bronze Polyester Comp -120+11 µm   610NS
2050 8YZ+Polyester Blend -170+11µm   XPT395
9200 Al-Si-HBN Composite -80+325   320NS
PAC Alloy No. Material Composition Particle Size Comparable Materials
Clearance Control & Abradables Powders Cont.
92042AC CoNiCrAlY + 8 hBN + 14 Poly Blend -80Mesh +11µm   2042
92043AC CoNiCrAlY +5 hBN + 16 Poly Blend -80Mesh +11µm   2043
PAC Alloy No. Material Composition Particle Size Comparable Materials
Exothermic Composites & Bond Coat Powders Cont.
912 Ni-5Al-5Mo -140+325 Mesh NI 453 447NS
930 Fe-10Al-1Mo -120+325 Mesh   448
932 Fe-3Al-3C-3Mo -120+325 Mesh   449
906 Ni-5Al -170+325 Mesh NI 109 450NS
906PA Pre-Alloyed Ni-5Al -170 + 325 Mesh   480NS
906PAF Pre-Alloyed Ni-5Al -325+11µm   4008NS
906PAW Pre-Alloyed Ni-5Al -170+325 Mesh NI 185  
6906 Sintered Ni-5Al -170 + 325 µm NI 1037  
908PAF Pre-Alloyed Ni-18Cr-6Al, Fine -270 + 11 µm    
9590 Fe-37Ni – 6Al -120+45µm   959
909R Ni-20Al -140+270 Mesh NI 108 404NS
920 Ni-9Cr-7Al-5Mo-2Si -140+325 Mesh   442
908C Ni-18Cr-6Al -140+325 Mesh NI 122 443NS
922 Ni-9Cr-7Al-5Mo-5Fe -140+325 Mesh NI 430 444
940 Cu-10Al -140+325 Mesh   445
PAC Alloy No. Material Composition Particle Size Comparable Materials
Iron Based MCrAlY Powders
9970AM Fe-24Cr-8AI-.5Y -325+11 µm FE 124  
PAC Alloy No. Material Composition Particle Size Comparable Materials
Iron Based Alloys Powders
17-4 Fe 17Cr 4Ni 4Cu -170+325 Mesh    
96C 316 Stainless Steel -140 +325 Mesh   41C
96F 316 Stainless Steel -325 + 11 µm FE 101 41F
97 431 Stainless Steel -120 +325 Mesh   42C
PAC Alloy No. Material Composition Particle Size Comparable Materials
Molybdenum Powders and Blends
118NS Pure Molybdenum -170+325 Mesh MO 102 63NS
118FNS Pure Molybdenum, Fine -325+5 µm MO 103  
135 Ni Alloy + Moly Blend 70/30 -140+15µm   501
902 Moly + Ni Alloy Blend 75/25 -140+15µm   505
PAC Alloy No. Material Composition Particle Size Comparable Materials
Nickel Based Alloys Powders
R80 Rene 80® -140+325 Mesh NI 183 Rene 80
82 IN 82® -120+325 Mesh NI 639  
98C-1 Nickel-20Cr, Coarse -120+325 Mesh NI 107 43C
98F Nickel-20Cr, Fine -270+11µm NI 106 43F
98F-1 Nickel-20Cr, Super Fine -325+5 µm NI 105 43VF
98F-4 Ni-20Cr -325+15µm    
99 Ni-16Cr-8Fe -140+325 Mesh NI 488 44
C276 C-276® -325+15 µm NI 544  
625F IN 625® -325+15 µm NI 328-1 1005
713F IN 713® -325+20 µm NI 396 713F
718 IN 718® -170+325 Mesh NI 202 718
718F IN 718® -325+15 µm NI 202-2 1006
738F IN 738® -325+15 µm NI 284  
900 Pure Nickel, Coarse -200+325 Mesh   56NS
900F Pure Nickel, Fine -325+11µm NI 101 56FNS
8118 WASPALLOY® -140+325 Mesh    
8119 NIMONIC 90® -140+325 Mesh    
8121 IN 671® -325+15 µm NI 681  
8122 MM 002® -170+325 Mesh NI 378  
8383 H-W® -120+325 Mesh    
8410 H263® -120+325 Mesh    
8411 H-X® -120+325 Mesh    
8412 230® -120+325 Mesh    
8464 R195® -325+11µm    
8521 H188® -120+325 Mesh    
PAC Alloy No. Material Composition Particle Size Comparable Materials
Nickel Based MCrAlY Powders
4610 Ni-Cr-AI-Co-Yttria -140+325 Mesh   461NS
8239 Ni-17Cr-12AI-23Co-.5Y -325+15 µm NI 191-4  
8246 Ni-20Cr-8.5AI-23Co-.6Y-4Ta -400+15 µm NI 482-2 997
9020AM Proprietary NiCrAIY -325+11 µm NI 535 4469
9030AM Proprietary NiCrAIY -325+11 µm NI 548  
9242AMF NiCrAlY+Ta Re Hf Si -325+15µm NI 256  
9376AM Proprietary MCrAIY -325+5 µm NI 191 376
9386AM Proprietary NiCoCrAIY -325+5 µm NI 192 386
9610AM Ni-17Cr-6AI-.5Y -325+11 µm NI 346 961
9620AM Ni-22Cr-10AI-1Y -140+270 Mesh NI 211 962
PAC Alloy No. Material Composition Particle Size Comparable Materials
Nickel Based MCrAlY Powders Cont.
9620AMF Ni-22Cr-10AI-1Y -325+22 µm NI 343 2114,4516
9620AMF4 Ni-22Cr-10AI-1Y -325+16µm NI 211-4  
9620AMPS Ni-22Cr-10AI-1Y -140+400 Mesh NI 211-2 9621
9630AM Ni-25Cr-6AI-.5Y -170+325 Mesh NI 278 963
9640AM Ni-31Cr-11AI-.6Y -170+325 Mesh NI 246-4 964
92231AM Proprietary MCrAIY -325+5 µm CO 301 4201
92453AM Proprietary MCrAIY -325+5 µm NI 666 4485
93651AM Proprietary NiCoCrAIY -325+5 µm NI 130 365-1
93652AM Proprietary NiCoCrAIY -200+400 Mesh NI 171 365-2, 382NS-2
PAC Alloy No. Material Composition Particle Size Comparable Materials
Self Fluxing Powders
65 Ni-10Cr-3Si-3B-2.5Fe -120+325 Mesh NI 563 12C
69 Ni-14Cr-4Si-4Fe-3B-.5C -140+325 Mesh   14C
69F Ni-14Cr-4Si-4Fe-3B-.5C -270+15µm   14F
60E Ni-17Cr-4Si-4Fe-3.5B-1C -140+325 Mesh NI 167 15E
60F Ni-17Cr-4Si-4Fe-3.5B-1C -270+15µm NI 167-1  
600 Ni-16Cr-4Si-4B-3Mo-3Cu -120+325 Mesh NI 553 16C
63 Co-24Ni-18Cr-6Mo-4Si-3B -120+325 Mesh NI 563 18C
64 Ni-16Cr-4Si-4B-2Mo-2Cu-2W -120+325 Mesh   19E
86 NiCrSiB/WC-Co 65/35 Blend -120-325 Mesh NI 546 31C
87 WC-Co/NiCrSiB 80/20 Blend -120+325 Mesh WC 572 32C
89F WC-Co/NiCrSiB 50/50 Blend -270+15µm WC 487 34F
89FP WC-Co/NiCrSiB 50/50 Blend -270+15µm   34FP
81 NiCrSiB/WC-Ni 50/50 Blend -120+325 Mesh WC 562 36C
PAC Alloy No. Material Composition Particle Size Comparable Materials
Titanium Based Alloys Powders
6Al/4V Ti 6Al 4V HDH -60+100 Mesh    
6Al/4V Ti 6Al 4V HDH -80+200 Mesh    
6Al/4V 6Al/4V HDH -170 Mesh    
8245B CP Ti HDH -60+100 Mesh    
8245C CP Ti HDH -80+200Mesh    
PAC Alloy No. Material Composition Particle Size Comparable Materials
Thermal Barrier Top Coats
2008PLN High Purity Zirconia- 8 Yttria -140+15µm   204-XCL
2008PLNC High Purity Zirconia- 8 Yttria -200+400 Mesh   204C-XCL
PAC Alloy No. Material Composition Particle Size Comparable Materials
Thermal Barrier Top Coats Cont.
2008P Zirconia- 8 Yttria -140+15µm ZRO 113 204NSG
2008PC Zirconia- 8 Yttria -200+400 Mesh ZRO 182  
2008PD Zirconia- 8 Yttria -140+15µm   SPN2000
2008PF Zirconia- 8 Yttria -325+11µm   204F
2008PRR Zirconia- 8 Yttria -200+400 Mesh ZRO 154 204BNS
2008PWA Zirconia-8Yttria -140+15 µm ZRO 114 204NS
2020D Zirconia-20 Yttria -170+22 µm    
810S Zirconia -20 Magnesia -200+11µm ZRO 103 210NS
810P Zirconia -20 Magnesia -200+11µm   210NS-1
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