Type
Nickel-Chromium-Molybdenum-Tungsten based metal powder
classification
EN ISO
14232-1 CrNiMo18123
W.Nr.
~ 2.4819
Applications

CEWELD® Powder C-276 is a nickel-based superalloy powder that combines high wear and corrosion resistance.

Typical Areas of Use and Applications
Chemical Process , Petrochemical,  Oil & Gas, Pharmaceutical, Geothermal , Sea Water,  LNG (Liquefied Natural Gas), Nuclear Power
Applications in chemical processing: gate valves, pump components, pistons, compressor rods
Pulp and paper production: digesters, liquor tanks
Gas turbine applications: ducts, extraction distributor rings, (rocket engine components)
 

Type
Nickel-Chromium-Molybdenum-Tungsten based metal powder
Applications

CEWELD® Powder C-276 is a nickel-based superalloy powder that combines high wear and corrosion resistance.

Typical Areas of Use and Applications
Chemical Process , Petrochemical,  Oil & Gas, Pharmaceutical, Geothermal , Sea Water,  LNG (Liquefied Natural Gas), Nuclear Power
Applications in chemical processing: gate valves, pump components, pistons, compressor rods
Pulp and paper production: digesters, liquor tanks
Gas turbine applications: ducts, extraction distributor rings, (rocket engine components)
 

Propriétés

CEWELD® Powder C-276 is similar to Hastelloy C276 and produces coatings with excellent corrosion resistance. It is resistant to crevice corrosion, pitting corrosion, and a wide range of media, including sulfuric acid and chlorine. Protection against sliding wear and corrosion at high temperatures; resistant to abrasion and seizing, oxidation resistance up to 980 °C (1800 °F)
Corrosion and wear resistance up to 875 °C (1600 °F)
Petrochemical applications: pump pistons, linings, sleeves, compressor rods

Standard particle size: 150/52 μm

Other available  grainsizes:
106/20 µm, 106/38 µm, 106/45 µm, 125/38 µm, 125/45 µm, 150/45 µm, 150/53 µm, 150/63 µm, 180/53 µm, 180/63 µm, 210/63 µm, 250/45 µm, 63/20 µm, 75/20 µm

Classification
EN ISO
14232-1 CrNiMo18123
W.Nr.
~ 2.4819
Convient pour
  • DMLS, (direct metal laser sintering) 
  • LMD, (laser metal deposition)
  • PTA (plasma Transfered Arc)
  • HVOF (High Velocity Oxygen Fuel)
Etuvage
Not required
Analyse
C Cr Ni Nb Fe W Co WC Cu Mo
0.008 15 Rem. 4 3.5 16