0987822360

Except the Carbide, cobalt alloy, ceramic, self-flux powder, there are several powder we produce is also important to thermal spray industry. these powders are pure Mo powdeloyr, NiAl powder, Ni20Cr powder, Ni coated graphite powder, Titanium powder…

Chemistry Grade Flow Density Size Hardness Application Data
Other Special powder
Mo powder
Agglomerated
and sinter
Mo:99.5 SMO 3.8-4.2
g/cm3
90-45um
11-53um
/ Piston ring, synchronizing ring, valves, pump and mating parts. Resists fretting and electric arc erosion Good bonding Service up to 320 °C (610°F)
NiAl powder
clad
NiAl
95/5
90/10
85/15
NiAl 18-21 s/50g
3.8-4.2
g/cm3
90-45um
106-45um
/ Self-adhesion bondcoat powder for ceramic and abradable top coatings Exothermic reaction during spraying creates excellent self-bonding coating which is dense and machinable High temperature oxidation and abrasion resistance For salvage and build-up on carbon and corrosion resistant steels Service up to 800°C (1,470 °F)
NiCr alloy
atomized
Ni:80
Cr:20
Ni20Cr 17-21 s/50g
4.2-4.5
g/cm3
105-45um
-53+15um
/ Resists high temp. oxidizing and corrosive gases, prevents scalingon carbon and low alloy steels Good bondcoat for ceramic top coats Higher chromium enhances corrosion resistance Sputtering Target powder itself or as bond coat Service up to 980°C (1,800 °F)
Ni/graphite Ni:85
Graphite:15
NiC
8515
28-35
s/50g
1.8-2.3
g/cm3
90-45um / coatings are lubricious and suited for friction applications
Flame spraying offers good abradablity, Sacrificial coatings good for clearance control, useful up to 900 F(482 C)
Pure Tititanium
CPTi powder
HDH
Ti:99.5% Ti995 30-40
s/50g
1.4-2.4
g/cm3
250-150um
180-75um
/ Biocompatibility for medical application; coating with porous structures for implants; corrosion resistant; bond coat for hydroxyapatite.