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| Chemistry | Grade | Flow Density | Size | Hardness | Application Data | |
| Oother Metal/Alloy powder | ||||||
| Fused/Cast WC powder Melt, crush |
W 95-96 Total C 3.8-4.2 Free C≤0.08 Fe≤0.8 Cr≤0.1V≤0.1 |
FTC | 9-12s/50g 6.7-8.0 g/cm3 | 300-700mircon 250-425 micron 150-250 micron 75-106 micron 63-106 micron 75-180 micron 75-150 micron |
2000-2500 HV | ·Angular shape, high hardness. ·For PTA application with blending Ni or Nickel base alloy powder ·Good wear resistant for oil drilling tool mineral tool. ·Used for producing WC base alloy powder |
| Spherical Fused WC Special Tech |
W 95-96 Total C 3.5-4.2 Free C ≤0.09 Fe ≤0.5 S≤0.05 P≤0.07 | SFTC | 7-10s/50g 9-10 g/cm3 |
150-250um 75-45um 45-150um |
2400-3200 HV | ·Spherical shape, highest hardness. ·For PTA application with blending Ni or Nickel base alloy powder ·Good wear resistant for oil drilling tool mineral tool. ·Generate more dense coating compared with FTC, and with better hardness and wear protection |
| Macro Crystal WC Special Tech |
W Bal. Total C 6.0-6.2 Free C ≤0.08 Fe ≤0.15 |
MTC | 10-13s/50g 6-8g/cm3 | 250-420um 150-250um 45-150um |
2000-2300 HV | ·Angular shape, single crystal organization. ·Good thermal stabilization, higher thermal conductivity. ·No hole and loose structure, dense, good corrosion resistant ·Good hardfacing material for diamond drill and metallurgy industry. |
| Coarse Tungsten powder |
W:99.8%min | W99 | depend on size | 75-250um | / | ·good for wleding rdd and wire prodution. Good corrosion and oxidation properties ·Produces bright and smooth coatings ·Exhibits good bonding characteristics ·Resists oxidation and corrosive gases up to 982°C |
| Coarse Mo Powder |
Mo:99.5%min | Mo99 | depend on size | 75-250um | / | good for wleding rdo and wire prodution. repleace FeMo powder's application in Welding rode and wires, compared with FeMo,Mo have much lower S, P content which is good for welding. |
| Titanium powder CPTi powder |
Ti:99.5min O:0.2max N:0.025max H:0.03max C:0.02max Cl:0.04max Fe:0.035max Si:0.02max Mn:0.01max |
CPTI60 | depend on size | 53-250um | / | Ti can replace FeTi powder as a degasing function, low S,P content. also add as Ti elements. |
| Chromium Carbide powder | Cr:85-89 C:9-14(9-11, 11-13) Si:0.5max P:0.03max S:0.05max Al:0.5max(0.25) Fe:1.0max |
CRC | depend on size | 53-250um 45-150um other |
/ | CrC powder have higher hardness and wear resist performance than HCFeCr, wideling used in hardfacing welding consumable production |
| Metal Mn powder |
Mn:99.7min S:0.05max C:0.05max P:0.01max Si:0.03max |
Mn99 | depend on size | 60-250um 80-325um |
/ | Mn powder can replace FeMn powder application in some special requeirment. |
| Metal Cr Powder |
Cr:99min C:0.02max Si:0.2max P:0.02max S:0.02max Al:0.2max Fe:0.3max |
Cr99 | depend on size | 45-180um | / | Welding electrode Flux-core wleding wire |
| AlMg alloy Powder |
Al:50.0 Mg:50.0 Al+Mg:98min Fe:0.4max Si:0.2max Cl-:0.02max H2O:0.1max Cu:0.015max |
AlMg50 | depend on size | 53-250um | / | AWS Welding electrode Flux-core wleding wire |
| Cobalt powder | Co:99.8min | Co99 | depend on size | 53-250um 45-180um |
/ | Coblat powder is an important elements for special alloy element adding |