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Symbols

 1. Chemical Symbols

The following Chemical Symbols are used in this list:

Ag: Silver hBN: Hexagonal Boron Nitride P: Phosphorus
Al: Aluminum Hf: Hafnium Pb: Lead
B: Boron In: Indium Sb: Antimony
BN: Boron Nitride LSCF: Lanthanum Strontium Cobalt Ferrite Si: Silicon
C: Carbon or Carbide LSM: Lanthanum Strontium Manganite Sn: Tin
Ca: Calcium M: Metal (generic) Ta: Tantalum
cBN: Cubic Boron Nitride MCO: Manganese Cobalt Oxide Ti: Titanium
Co: Cobalt Mg: Magnesium V: Vanadium
Cr: Chromium Mn: Manganese W: Tungsten
Cu: Copper Mo: Molybdenum Y: Yttrium
Dy: Dysprosium N: Nitrogen Yb: Ytterbium
Fe: Iron Nb (Cb): Niobium Zn: Zinc
Gd: Gadolinium Ni: Nickel Zr: Zirconium
H: Hydrogen O: Oxygen  

 

2. Thermal Spray Processes Symbols

The following Process Symbols are used in this list:

  • CP: Combustion powder spray
  • SF: Spray and fuse
  • HV: HVOF spray, HV-1 for HVAF, HV-2 for kerosene fuel (KEROSENE0 type), HV-3 for gas fuel (DJ type)
  • AP: Air plasma spray
  • VP: Vacuum plasma spray
  • AC: Atmosphere controlled environment spray
  • PT: Plasma transferred arc overlay
  • LC: Laser cladding
  • CS: Cold spray
Pure Metal
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF101

Al 99

Gas atomized

90/45μm CP
  • Repairing of aluminum and magnesium-based workpieces
  • Resistant to atmospheric, coastal and industrial corrosion
  • EMI shielding
  • Max. service temp. 160°C (320°F)
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LF121

Ti 99.5

Gas atomized

180/53μm VP


  • Bond coat for hydroxyapatite coatings
  • Biocompatibility for medical applications
  • High porosity coating
  • Fire alert
  • Service temp. up to 400 °C (752 °F)


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LF131

Cu 99

Gas atomized

90/45μm CP


  • Repairing of copper based workpieces
  • Conductivity
  • EMI shielding
  • Resistant to inks corrosion
  • Service temp. up to 150 °C (302°F)

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LF145

Mo 99.5

Agglomerated & Densified

90/38μm CP


  • Piston rings, synchronizing rings, valves, pumps and mating parts.
  • Resistant to fretting and electric arc erosion
  • Good bonding
  • Service temp. up to 320 °C (610°F)


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LF151

W 99

Reduction

75/45μm AP VP


  • Corrosion resistant coatings
  • Nozzle and tail cone of rocket engine, and fire-resistant crucible for metal melting
  • Good adhesion to graphite, alumina and quartz
  • Max. service temp. 1,000°C (1,832 °F)


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LF152

Cr 99.5

Electrolyzed

180/75μm AP


  • Sputtering target
  • Resistant to etching
  • With potential health hazard
  • Max. service temp.800°C (1,472°F)


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LF225

Ni 99.5

Gas atomized

75/45μm AP CP


  • Repairing of nickel based workpieces
  • Forming dense, easy to machine and corrosion resistant coatings
  • Usable on EMI and sputtering target
  • Max. service temp. 500°C (932°F)


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LF225F

Ni99.5

Gas atomized

45/11μm AP CP


  • Repairing of nickel based workpieces
  • Forming dense, easy to machine and corrosion resistant coatings
  • Usable on EMI and sputtering target
  • Max. service temp. 500°C (932°F)


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LF239

Si 99.9

Fused

45/15μm AP


  • With low thermal expansion coefficient and excellent thermal shock resistance
  • With high thermal stability
  • EBC bond coat for CMCs
  • Semiconductor and sputtering targets
  • Service temp. up to 1000 °C (1,832 °F)


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Fe Based
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF156

Fe3Al3Mo3CB

Clad

106/45μm CP, AP


  • Repairing of iron based parts, and crank journals
  • Service temp. up to 300°C (570 °F)


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LF157

Fe 12Cr 0.15C

(420 Stainless Steel) Water atomized

106/45μm CP, AP


  • 420 stainless steel
  • Mainly suitable for repairing and wearing applications that require a hard ground finish
  • HRc52-55
  • Service temp. up to 600°C (1,100 °F)


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LF158

Fe 17Cr 12Ni 3Mo2.3Si 0.03C

(316 Stainless Steel) Water atomized

106/45μm CP, AP


  • 316 stainless steel
  • For protection against corrosion and erosion, and for salvage and repair
  • For protection against seawater environment corrosion
  • HRc23
  • Service temp. up to 700°C (1,292 °F)


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LF159

Fe17Cr11Mo3Ni3Si3Cu4B

Clad

45/6μm CP, HV
  • Corrosion resistant coatings
  • Service temp. up to 600°C (1,110 °F)
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LF160

Fe 16Mo 2C 0.25Mn

Clad

90/11μm CP, AP


  • Low-price alternative of hard chromium plating
  • Hard-face support coating
  • Wth low friction coefficient
  • With good corrosion and wear resistance
  • Service temp. up to 350°C (662 °F)


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LF162

Fe37Ni6Al

Clad

106/45μm AP


  • Forming high quality metallurgical bonding due to exothermic reaction occurred upon spraying
  • Coating machinable
  • Resistant to high temperature oxidation
  • Service temp. up to 815°C (1,500 °F)


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LF163

Fe35NiMoAl

Clad

125/45μm CP, AP


  • Hard coatings
  • Good resistance to oxidation and hot corrosion
  • For salvage and restoration of ferrous alloys
  • For parts of diesel engine
  • Service temp. up to 815°C (1,500 °F)


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LF165

Fe14WNiCr

Clad

125/45μm AP


  • Of high shearing strength,
  • Usable for the friction plate of both tank and bulldozer, and the synchronizing ring of automobiles
  • Max. service temp. 500°C(932°F)


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LF166C

Fe20Cr7B0.5Si

Gas atomized

175/89μm SF, LC


  • Forming dense and hard coating
  • With good resistance to wear and corrosion
  • Max. service temp. 980°C (1,796°F)


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LF166F

Fe20Cr7B0.5Si

Gas atomized

106/45μm SF, AP


  • Forming dense and hard coatings
  • With good resistance to wear and corrosion
  • Suitable for extruder screw of plastic manufacturing industry
  • Max. service temp. 980°C (1,796°F)


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Mo Based
Product Chemistry
Manufacture
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Size
Process Application Download
LF143

Mo3C

Clad

106/45μm AP


  • With good toughness and high hardness
  • With good resistance to sliding wearing
  • Service temp. up to 320°C (610 °F)


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LF144

Mo25Ni (NiCrBSiFe)

Blended

90/25μm CP, SF, AP


  • Self-fluxing powder
  • With good resistance to abrasion, and low friction coefficient
  • Service temp. up to 350°C (660 °F)


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LF147

Mo50(NiAlMo)12.5(NiCrBSiFe)

Blended

90/45μm AP
  • With good resistance to abrasion
  • With low friction coefficient, which is good for piston ring of auto industry
  • Service temp. up to 550°C (1,022 °F)
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Ni Based
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF201

Ni5Al

Clad

90/45μm CP, AP


  • Self-adhesion bondcoat powder for ceramic and abradable top coatings
  • Exothermic reaction occurred during spraying creates excellent self-bonding coating which is dense and machinable
  • Resistant to high temperature oxidation and abrasion
  • For salvage and build-up on carbon and corrosion resistant steels
  • Service temp. up to 800°C (1,470 °F)


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LF203

Ni18Al

Clad

125/45μm CP, AP


  • Self-adhesion bondcoat powder for ceramic and abradable top coatings
  • Exothermic reaction occurred during spraying creates excellent self-bonding coating which is dense and machinable
  • Resistant to high temp. oxidation and abrasion
  • For build-up on machinable carbon and corrosion resistant steels
  • Service temp. up to 650°C (1,200 °F)


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LF207

Ni20Cr

Gas Atomized

106/45μm CP, AP


  • Resistant to high temp. oxidizing and corrosive gases, and prevents scaling on carbon and low alloy steels
  • Forming good bondcoat for ceramic top coats
  • Higher chromium enhances corrosion resistance
  • Sputtering target powder or as bond coat
  • Service temp. up to 980°C (1,800 °F)


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LF208

Ni 18.5Cr 6Al

Clad

125/45μm


  • Self-bonding when plasma sprayed
  • Bond coat for ceramics, or salvage and build-up on nickel, nickel alloy or machinable steels
  • Used as bond coat for anilox roll
  • Resistant to high temperature oxidation and corrosion
  • Service temp. up to 980°C (1,800°F)


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LF210

Ni16Cr8Fe

Water atomized

125/45μm CP, AP


  • Repairing of nickel based alloy workpieces
  • Corrosion resistant coating with moderate hardness
  • Service temp. up to 650°C (1,200 °F)


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LF211

Ni9Cr5Al5Mo

Clad

125/45μm CP, AP


  • Bond coating
  • With good processing performance
  • Resistance to oxidation and corrosion
  • Service temp. up to 750°C (1,380 °F)


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LF212

(Ni20Cr)6Al

Clad

125/45μm CP, AP


  • Resistant to oxidation and corrosion
  • Bond coat of ceramic coating
  • For repairing and building up worn or mis-machined nickel, nickel alloy or machinable corrosion resistant steel parts.
  • Service temp. up to 800°C (1,472 °F)


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LF214

Ni18Cr7Al5Mo

Clad

125/45μm CP, AP


  • Hard stainless steel
  • With good resistance to oxidation and corrosion
  • Forming dense and self-adhesion coating
  • Usable on repairing or build-up of worn stainless steel parts
  • Service temp. up to 750°C (1,380 °F)


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LF223

Ni5Mo5.5Al

Clad

90/45μm CP, AP


  • Self-adhesion
  • Forming coatings with high toughness and fairly hard
  • Resistant to erosion and shock
  • Usable for protecting machine parts, like bearing seals and valves
  • Service temp. up to 800°C (1,472 °F)


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LF232

Ni31B9C

Clad

45/15μm AP, HV


  • Forming wear resistant coatings with wearing resistant performance better than metal ceramics like Al2O3, Cr3C2 and TiC
  • Service temp. up to 800°C (1,472 °F)


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LF233

Ni30Cu

Clad

106/45μm CP AP


  • With good resistance to corrosion and high temperature
  • With good thermal conductivity and can be used for slide guide of machine tool
  • With good resistance to seawater, atmospheric and acidic corrosion
  • EMI shielding
  • Service temp. up to 300°C (572 °F)


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LF234

Ni75Al2O3

Clad

106/45μm AP


  • Resistant to corrosion, high temperature, oxidation and thermal shock
  • Service temp. up to 800°C (1,472 °F)


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LF235

Ni25MoS2

Clad

75/38μm AP


  • Forming anti-friction coating
  • With good lubricity, and good chemical and thermal stability
  • Usable as motive seal and low friction material
  • Usable as lubricant coatings
  • Service temp. up to 600°C (1,112 °F)


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LF236

Ni(20-25) diamond

Clad

75/38μm AP


  • With high hardness, and resistance to wearing and erosion
  • Usable as wearing and cutting material
  • Usable as filler in powder metallurgy
  • Service temp. up to 350°C (662 °F)


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LF237

Ni50Cr

Gas Atomized

106/38μm AP


  • Resistance to high temperature oxidation
  • Resistance to sulfur vanadium corrosion
  • Usable for corrosion prevention of oil and coal burning boiler, with corrosion resistance performance better than 45CT
  • Usable as bond coat for ceramic top coat
  • Service temp. up to 1,000°C (1,832 °F)


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Al Based
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF102

Al 10Si

Clad

106/45μm AP AC
  • Sputtering target coating use
  • Used to repair aluminum and magnesium alloy parts
  • Better abrasion resistance than pure aluminum
  • Service temp. up to 350°C (662 °F)
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Co Based
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF240-1

Co 25.5Cr 10.5Ni 7.5W 0.5C

Gas Atomized

106/45μm CP


  • Similar to stellite alloy
  • Forming abrasion, fretting and particle erosion resistant coatings
  • Usable for surface restoration of worn cobalt alloy parts
  • Usable on coatings of airfoils and combustors of turbines
  • Service temp. up to 840°C (1,550 °F)


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LF240-2

Co 25.5Cr 10.5Ni 7.5W 0.5C

Gas Atomized

45/15μm HV


  • Usable for surface restoration of worn cobalt alloy parts
  • Usable on coatings of airfoils and combustors of turbines
  • Service temp. up to 840°C (1,550 °F)


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LF241

Co 25Cr 5Al 0.27Y 1.75Si 15hBN

Blended

178/10μm CP, AP


  • Combats fretting on blade roots of compressor
  • Compatible with titanium blades
  • Effective on large blades under high stress in service
  • Superior performance compared to CuNiIn coatings
  • Service temp. up to 450°C (840 °F)


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Cu Based
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF132

Cu 10Al

Clad

106/45μm CP


  • Good dry running performance
  • Some oxidation, wear and fretting resistance
  • For build-up and repair of copper alloy parts
  • Typically used on pumps (cavitation control), piston guides, shifter forks and compressor air seals
  • Service temp. up to 300°C (572 °F)


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Standard
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF215

Ni 7.5Cr 3.5Si 2.5Fe 1.7B 0.25C

Gas Atomized

125/53μm CP, SF


  • LF215 is a kind of self-fluxing Ni 25 powder with hardness of HRc25-30, the coating it forms is machinable
  • Forming dense and hard coatings with ability to resist wear caused by abrasive grains, hard surfaces, particle erosion and cavitation at both low and high temperatures
  • Usable for fuel rod mandrels, thread guides, hot forming dies, oil field tools, hot crushing rolls, forging tools extrusion dies, screw conveyors, chip breakers and shafts, etc.
  • Service temp. up to 500°C (932 °F)


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LF216

Ni 11Cr 3.7Si 2.75Fe 2.2B 0.5C

Gas Atomized

125/45μm CP, SF


  • LF216 is a kind of self-fluxing Ni50 powder with hardness of HRc40-45
  • Forming dense and hard coatings with ability to resist wear caused by abrasive grains, hard surfaces, particle erosion and cavitation at both low and high temperatures
  • Usable for fuel rod mandrels, thread guides, hot forming dies, oil field tools, hot crushing rolls, forging tools extrusion dies, screw conveyors, chip breakers and shafts, etc.
  • Service temp. up to 500°C (932 °F)


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LF217

Ni 17Cr 4Fe 4Si 3.5B 1C

Gas Atomized

106/45μm CP, SF
  • LF217 is a kind of self-fluxing Ni60 powder with hardness of HRc58-62
  • Forming dense and hard coatings with ability to resist wear caused by abrasive grains, hard surfaces, particle erosion and cavitation at both low and high temperatures
  • Usable for fuel rod mandrels, thread guides, hot forming dies, oil field tools, hot crushing rolls, forging tools extrusion dies, screw conveyors, chip breakers and shafts, etc.
  • Service temp. up to 500°C (932 °F)
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Blend with Hardfacing Alloys
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF253

35 (WC 12Co) 65(Ni 17Cr 4Fe 4Si 3.5B 1C)

Blended

53/15μm AP, CP, SF


  • Self-fluxing; usable for post-coat fusing for dense, virtually porosity free and metallurgically bonded coatings
  • Hardness 63-65
  • Resistant to particle erosion and abrasion
  • Less brittle and lower tendency to crack
  • Less hard than LF340
  • Used on die mould
  • Service temp. up to 540°C (1,000°F)


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LF255

50(Ni 5.8Cr 0.7Al 1.4Fe 1.4Si 1.3B 0.3C)-50(WC 12C

Blended

75/11μm AP SF


  • Self-fluxing, usable for where fusing is not desirable, e.g. thin-walled components and components that may distort if fused
  • For digesters, liquor tanks, manifolds and centrifugal fans in coal or oil plants
  • Service temp. up to 500°C (930°F)


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LF256

WC/W2C 17Ni 50(Ni 11Cr 2.5Fe 2.5Si 2.5B 0.5C)

Clad Blended

90/11μm SF


  • Cast tungsten carbide clad with Nickel powder makes the hard particles of WC evenly distributed in the structure, and then well fused with Ni self-fluxing alloy, enabling the powder to have the highest wear and corrosion resistance
  • Hardness 63-68
  • Usable on extruder screw and screw conveyer of plastic industry
  • Working temp. <900°C (1,652°F)


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LF258

Ni45(FeCrB)

Blended

45/15μm SF


  • Resistance to abrasion wear and corrosion
  • With high mechanical strength, and hardness of Hv900-1,300
  • Recommend for using on screw extruder of plastic industry,
  • Service temp. up to 500°C (930°F)


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WC Based
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF321

WC 12Co

Sintered & Crushed

45/15μm HV, AP


  • Resistant to abrasion and erosion; and good resistance to sliding wear and fretting
  • Hard and dense coating with good bonding
  • For machine parts, pump housings and blades, etc.
  • HV1,050-1,250 by HVOF
  • Service temp. up to 500°C (930°F)


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LF322-1

WC 12Co

Agglomerated & Sintered (Spheroidal)

30/5μm (HVAF) HV


  • Coarse WC initial particles
  • Coating formed exhibits good all-around resistance to sliding wear, impact, abrasion and fretting
  • Hard and dense coating with good bonding
  • For dry environments
  • Used for Zn bath rolls in continuous galvanizing lines, and for oil field apparatus, steel rolls, sink rolls, ball valves, exhaust fans, pump housings, conveyor screws and sucker rod couplings, etc.
  • HVOF or HVAF application
  • Service temp. up to 500°C (930°F)


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LF322-2

WC 12Co

Agglomerated & Sintered (Spheroidal)

45/15μm (Kerosene) HV


  • Coarse WC initial particles
  • Coating formed exhibits good all-around resistance to sliding wear, impact, abrasion and fretting
  • Hard and dense coating with good bonding
  • For dry environments
  • Used for Zn bath rolls in continuous galvanizing lines, and for oil field apparatus, steel rolls, sink rolls, ball valves, exhaust fans, pump housings, conveyor screws and sucker rod couplings, etc.
  • HVOF or HVAF application
  • Service temp. up to 500°C (930°F)


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LF322-3

WC 12Co

Agglomerated & Sintered (Spheroidal)

53/10μm (Gas Fuel) HV


  • Coarse WC initial particles
  • Coating formed exhibits good all-around resistance to sliding wear, impact, abrasion and fretting
  • Hard and dense coating with good bonding
  • For dry environments
  • Used for Zn bath rolls in continuous galvanizing lines, and for oil field apparatus, steel rolls, sink rolls, ball valves, exhaust fans, pump housings, conveyor screws and sucker rod couplings, etc.
  • HVOF or HVAF application
  • Service temp. up to 500°C (930°F)


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LF323-1

WC 12Co

Agglomerated & Sintered (Spheroidal)

30/5μm (HVAF) HV AP


  • Coarse WC initial particles
  • Coating formed exhibits good all-around resistance to sliding wear, impact, abrasion and fretting
  • Hard and dense coating with good bonding
  • For dry environments,
  • Used for Zn bath rolls in continuous galvanizing lines, and for oil field apparatus, steel rolls, sink rolls, ball valves, exhaust fans, pump housings, conveyor screws and sucker rod couplings, etc.
  • HVOF or HVAF application
  • Service temp. up to 500°C (930°F)


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LF323-2

WC 12Co

Agglomerated & Sintered (Spheroidal)

45/15μm (Kerosene) HV AP


  • Made from Medium WC initial particles
  • Hard and dense coatings with good resistance to abrasion, erosion and sliding wear
  • Coating formed is smooth with fine micro-structure and high bonding strength
  • Used for wire drawing and agricultural equipment
  • Service temp. up to 500°C (930°F)


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LF323-3

WC 12Co

Agglomerated & Sintered (Spheroidal)

53/10μm (Gas Fuel) HV AP


  • Made from Medium WC initial particles
  • Hard and dense coatings with good resistance to abrasion, erosion and sliding wear
  • Coating formed is smooth with fine micro-structure and high bonding strength
  • Used for wire drawing and agricultural equipment
  • Service temp. up to 500°C (930°F)



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LF324-1

WC 12Co

Agglomerated & Sintered (Spheroidal)

30/5μm (HVAF) HV


  • Fine WC initial particles
  • Coating formed is resistant to sliding wear, hammer (impact) wear, abrasion and fretting
  • Higher apparent density and finer roughness
  • Ideal for corrugating rolls
  • Coating formed is dense with smooth surface
  • Service temp. up to 500°C (930°F)


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LF324-2

WC 12Co

Agglomerated & Sintered (Spheroidal)

45/15μm (Kerosene) HV


  • Fine WC initial particles
  • Coating formed is resistant to sliding wear, hammer (impact) wear, abrasion and fretting
  • Higher apparent density and finer roughness
  • Ideal for corrugating rolls
  • Coating formed is dense with smooth surface
  • Service temp. up to 500°C (930°F)


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LF324-3

WC 12Co

Agglomerated & Sintered (Spheroidal)

53/10μm (Gas Fuel) HV


  • Fine WC initial particles
  • Coating formed is resistant to sliding wear, hammer (impact) wear, abrasion and fretting
  • Higher apparent density and finer roughness
  • Ideal for corrugating rolls
  • Coating formed is dense with smooth surface
  • Service temp. up to 500°C (930°F)


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LF329-1

WC 17Co

Agglomerated & Sintered (Spheroidal)

30/5μm (HVAF) HV, AP


  • Higher ductility than WC-Co 88/12 due to higher Co content
  • Hard and dense coatings with good resistance to sliding and impact wear
  • Used for extrusion dies, glass industry, paper mill rolls, pump parts, wire drawing equipment and wing skids of airplanes etc.
  • With a relatively poor performance in resisting oxidation and corrosion
  • Service temp. up to 500°C (930°F)


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LF329-2

WC 17Co

Agglomerated & Sintered (Spheroidal)

53/10μm (Gas Fuel HVOF or APS) HV, AP


  • Higher ductility than WC-Co 88/12 due to higher Co content
  • Hard and dense coatings with good resistance to sliding and impact wear
  • Used for extrusion dies, glass industry, paper mill rolls, pump parts, wire drawing equipment and wing skids of airplanes etc.
  • With a relatively poor performance in resisting oxidation and corrosion
  • Service temp. up to 500°C (930°F)


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LF329-3

WC 17Co

Agglomerated & Sintered (Spheroidal)

53/10μm (Gas Fuel HVOF or APS) HV, AP


  • Higher ductility than WC-Co 88/12 due to higher Co content
  • Hard and dense coatings with good resistance to sliding and impact wear
  • Used for extrusion dies, glass industry, paper mill rolls, pump parts, wire drawing equipment and wing skids of airplanes etc.
  • With a relatively poor performance in resisting oxidation and corrosion
  • Service temp. up to 500°C (930°F)


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LF332

WC 17Ni

Agglomerated & Sintered

45/10μm AP, HV


  • Clad, a wear-resistant coating with a better corrosion stability than WC-12Co and a lower hardness
  • Service temp. up to 500°C (930°F)


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LF335

WC20Cr3C27Ni

Agglomerated & Sintered

45/10μm AP, HV


  • With better performance than WC-Co in resisting oxidation and corrosion
  • With strong strength and good microstructure, and used for gates and valves
  • Service temp. up to 700°C (1,290°F)


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LF337

(WC12Co)35(Cr3C2 20NiCr)

Agglomerated & Sintered

45/6μm AP, HV


  • Substitute of hard chromium plating
  • Resistant to corrosion, wear resistant and fretting
  • Service temp. up to 700°C (1,290°F)


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LF338-1

WC10Co4Cr

Agglomerated & Sintered (Spheroidal)

30/5μm (HVAF) HV, AP


  • Substitute of hard chromium plating
  • Coating formed shows good corrosion stability, good resistance to wear and erosion, and with a highly polished surface
  • Used for moist corrosion environment, landing gears, paper manufacturing industry, hydro plant parts, hydraulic cylinders, shafts, actuators, pump seals and valves, etc.
  • Service temp. up to 500°C (930°F)


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LF338-2

WC10Co4Cr

Agglomerated & Sintered (Spheroidal)

45/15μm (Kerosene) HV, AP


  • Substitute of hard chromium plating
  • Coating formed shows good corrosion stability, good resistance to wear and erosion and with a highly polished surface
  • Used for moist corrosion environment, landing gears, paper manufacturing industry, hydro plant parts, hydraulic cylinders, shafts, actuators, pump seals and valves, etc.
  • Service temp. up to 500°C (930°F)


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LF338-3

WC10Co4Cr

Agglomerated & Sintered (Spheroidal)

53/10μm (Gas fuel HVOF) HV, AP


  • Substitute of hard chromium plating
  • Coating formed shows good corrosion stability, good resistance to wear and erosion, and with a highly polished surface
  • Used for moist corrosion environment, landing gears, paper manufacturing industry, hydro plant parts, hydraulic cylinders, shafts, actuators, pump seals and valves, etc.
  • Service temp. up to 500°C (930°F)


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LF339-1

WC10Co4Cr

Sintered Crushed

35/5μm (HVAF) HV, AP


  • Substitute of hard chromium plating
  • Resistant to corrosion, wear and wet environment corrosion, and used for moist corrosion environment
  • Better resistance to corrosion and cavitation than WC-Co coatings
  • Coating formed is very dense
  • Used for ball valves, landing gears, paper manufacturing industry, hydro plant parts and hydraulic cylinders
  • Service temp. up to 500°C (930°F)


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LF339-2

WC10Co4Cr

Sintered Crushed

45/15μm (Kerosene) HV, AP


  • Substitute of hard chromium plating
  • Resistant to corrosion, wear and wet environment corrosion, and used for moist corrosion environment
  • Better resistance to corrosion and cavitation than WC-Co coatings
  • Coating formed is very dense
  • Used for ball valves, landing gears, paper manufacturing industry, hydro plant parts and hydraulic cylinders
  • Service temp. up to 500°C (930°F)


--
LF339-3

WC10Co4Cr

Sintered Crushed

53/10μm (Gas fuel HVOF) HV, AP


  • Substitute of hard chromium plating
  • Resistant to corrosion, wear and wet environment corrosion, and used for moist corrosion environment
  • Better resistance to corrosion and cavitation than WC-Co coatings
  • Coating formed is very dense
  • Used for ball valves, landing gears, paper manufacturing industry, hydro plant parts and hydraulic cylinders
  • Service temp. up to 500°C (930°F)


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LF340

WC 9Co 5Cr 1Ni

Agglomerated & Sintered

45/10μm HV, AP


  • High resistance to corrosion and abrasion
  • Excellent alternative to hard chromium, particularly in HCl media
  • For mining carrier belt rollers, paper machinery rollers, slush pump rods, dump valves, pump seals and hydraulic rods, etc.
  • Service temp. up to 500°C (930°F)


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LF341

WC20Cr7Ni

Agglomerated & Sintered

45/10μm HV, AP


  • Forming dense coatings with high hardness and tenacity as well as good corrosion stability for organic acid and alkali liquor
  • Used for oil field equipment, chemical industry, compressor shaft, hydraulic machine case, papermaking roller and gas delivery equipment
  • Service temp. up to 500°C (930°F)


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LF342

W2C / WC 12Ni

Clad Blended

53/10μm HV


  • Coating formed is hard and dense and with general resistance to abrasion wear
  • Service temp. up to 450°C (842°F)


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LF361

TiC12Ni

Clad

45/15μm HV


  • Forming harder coatings with better resistance to abrasion and less expensive in comparison with WC-12Co
  • Not suitable for use in wet and corrosive environment
  • Service temp. up to 450°C (842°F)


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LF362

TiC28Co8Cr

Agglomerated & Sintered

45/15μm HV


  • Forming harder coatings with better resistance to abrasion and less expensive in comparison with WC-10Co-4Cr
  • Usable in wet and corrosive environment
  • Service temp. up to 450°C (842°F)


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Cr3C2 Based
Product Chemistry
Manufacture
Particle
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Process Application Download
LF301F

Cr3C2

Sintered & Crushed

106/30μm AP


  • High microhardness (1,200HV300) and wear resistance at elevated temperatures
  • Choose higher carbide content for higher hardness and resistance to fretting, abrasion and particle erosion
  • For turbine components: air seals, baffle dampers, nozzle supports, valve seats, struts
  • For hot crushing rolls, forming dies, forging tools
  • Service temp. up to 870°C (1,600°F)


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LF302

Cr3C2 7(Ni20Cr)

Blended

45/5μm AP HV
  • High microhardness (1,200HV300) and wear resistance at elevated temperatures
  • Choose higher carbide content for higher hardness and resistance to fretting, abrasion and particle erosion
  • For turbine components: air seals, baffle dampers, nozzle supports, valve seats, struts
  • For hot crushing rolls, forming dies, forging tools
  • Service temp. up to 870°C (1,600°F)
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LF303

Cr3C2 10(Ni20Cr)

Blended

45/5μm AP HV


  • High microhardness (1,200HV300) and wear resistance at elevated temperatures
  • Choose higher carbide content for higher hardness and resistance to fretting, abrasion and particle erosion
  • For turbine components: air seals, baffle dampers, nozzle supports, valve seats, struts
  • For hot crushing rolls, forming dies, forging tools
  • Service temp. up to 870°C (1,600°F)


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LF304

Cr3C2 25(Ni 20Cr)

Blended

45/5μm AP HV
  • High microhardness (1,200HV300) and wear resistance at elevated temperatures
  • Choose higher carbide content for higher hardness and resistance to fretting, abrasion and particle erosion
  • For turbine components: air seals, baffle dampers, nozzle supports, valve seats, struts
  • For hot crushing rolls, forming dies, forging tools
  • Service temp. up to 870°C (1,600°F)
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LF305

Cr3C2 17Ni

Clad

45/10μm HV AP


  • Coarse dense carbide
  • Excellent resistance to severe abrasive and fretting wear
  • Recommended for protection of cavitation and sliding wear at higher temperatures
  • Good resistance to solid particle erosion
  • Max. operating temperature 870°C (1,600°F)


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LF307-1

Cr3C2 25(Ni20Cr)

Agglomerated & Sintered (Spheroidal)

30/5μm (HVAF) HV


  • Good resistance to oxidation, abrasion, particle erosion, fretting, cavitation, hot gas corrosion, high temperature corrosion, tribocorrosion
  • Excellent alternative to hard chromium plating with better resistance to chloride, acidic and alkaline
  • Good sliding properties and cavitation resistance
  • Used in pump housing, machine parts, hydraulic valves, tools, hot forming dies, etc.
  • Max. operating temperature 870°C (1,600°F)


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LF307-2

Cr3C2 25(Ni20Cr)

Agglomerated & Sintered (Spheroidal)

45/15μm (Kerosene) HV


  • Good resistance to oxidation, abrasion, particle erosion, fretting, cavitation, hot gas corrosion, high temperature corrosion and tribocorrosion
  • Excellent alternative to hard chromium plating with better resistance to chloride, acidic and alkaline
  • Good sliding properties and cavitation resistance
  • Used in pump housing, machine parts, hydraulic valves, tools and hot forming dies, etc.
  • Max. operating temperature 870°C (1,600°F)


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LF307-3

Cr3C2 25(Ni20Cr)

Agglomerated & Sintered (Spheroidal)

53/10μm (Gas Fuel HVOF) HV


  • Good resistance to oxidation, abrasion, particle erosion, fretting, cavitation, hot gas corrosion, high temperature corrosion and tribocorrosion
  • Excellent alternative to hard chromium plating with better resistance to chloride, acidic and alkaline
  • Good sliding properties and cavitation resistance
  • Used in pump housing, machine parts, hydraulic valves, tools and hot forming dies, etc.
  • Max. operating temperature 870°C (1,600°F)


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LF308

Cr3C2 25(Ni20Cr)

Blended

106/10μm HV


  • Good resistance to oxidation, abrasion, particle erosion, fretting, cavitation, hot gas corrosion and high temperature corrosion
  • Excellent alternative to hard chromium plating with better resistance to chloride, acidic and alkaline
  • Good sliding properties and cavitation resistance
  • Used in pump housing, machine parts, hydraulic valves, tools and hot forming dies, etc.
  • Less expensive than LF308 due to blending method
  • Max. operating temperature 870°C (1,600°F)


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LF309-1

Cr3C2 20(Ni20Cr)

Agglomerated & Sintered (Spheroidal)

30/5μm (HVAF) HV


  • Excellent resistance to severe abrasive and fretting wear
  • Recommended for protection of cavitation and sliding wear at higher temperatures
  • Good resistance to solid particle erosion
  • Higher hardness than 75:25 LF307 and LF308
  • Max. operating temperature 870°C (1,600°F)


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LF309-2

Cr3C2 20(Ni20Cr)

Agglomerated & Sintered (Spheroidal)

45/15μm (Kerosene) HV



  • Excellent resistance to severe abrasive and fretting wear
  • Recommended for protection of cavitation and sliding wear at higher temperatures
  • Good resistance to solid particle erosion
  • Higher hardness than 75:25 LF307 and LF308
  • Max. operating temperature 870°C (1,600°F)



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LF309-3

Cr3C2 20(Ni20Cr)

Agglomerated & Sintered (Spheroidal)

53/10μm (Gas Fuel) HV


  • Excellent resistance to severe abrasive and fretting wear
  • Recommended for protection of cavitation and sliding wear at higher temperatures
  • Good resistance to solid particle erosion
  • Higher hardness than 75:25 LF307 and LF308
  • Max. operating temperature 870°C (1,600°F)


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LF310

Cr3C2 35(Ni20Cr)

Agglomerated & Sintered (Spheroidal)

58/10μm HV


  • Lower hardness than ratio 75/25 LF307 and LF308
  • Max. operating temperature 870°C (1,600°F)


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LF312

Cr3C2 25(NiCrAlY)

Blended

45/10μm AP


  • Good resistance to oxidation erosion, good toughness and good resistance to oxidation and hot corrosion, NiCrAlY provides good resistance to oxidation and hot corrosion, while the chromium carbide provides excellent resistance to wear and erosion
  • Used for delivery roll in the boiler, and for fuel rod mandrels, turbine components, forging tools, hot crushing rolls and forming dies
  • Excellent wear and erosion protection up to 900°C (1,650°F)


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LF313

Cr39Ni7C

Atomized, Blended

106/45μm AP


  • Resistance to high temperature, wearing, erosion and corrosion
  • Ideal replacement for hard chrome, with high deposition efficiency
  • Coatings provide excellent erosion and oxidation properties
  • Usable on ball valves, hydraulic rods, boiler tubes, exhaust pipes, turbines, textile rolls and exhaust stacks
  • Service temp. up to 900°C (1,650°F)


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LF313-C

Cr39Ni7C

Atomized, Blended

178/90μm PTA


  • Resistance to high temperature, wearing, erosion and corrosion
  • Ideal replacement for hard chrome, with high deposition efficiency
  • Coatings provide excellent erosion and oxidation properties
  • Usable on ball valves, hydraulic rods, boiler tubes, exhaust pipes, turbine, textile rolls and exhaust stacks
  • Service temp. up to 900°C (1,650°F)


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LF313-F

Cr39Ni7C

Atomized, Blended

45/15μm HV


  • Resistance to high temperature, wearing, erosion and corrosion
  • Ideal replacement for hard chrome, with high deposition efficiency
  • Coatings provide excellent erosion and oxidation properties
  • Used on ball valves, hydraulic rods, boiler tubes, exhaust pipes, turbines, textile rolls and exhaust stacks
  • Service temp. up to 900°C (1,650°F)


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LF313-SC

Cr39Ni7C

Atomized, Blended

90/10μm


  • Resistance to high temperature, wearing, erosion and corrosion
  • Ideal replacement for hard chrome, with high deposition efficiency
  • Coatings provide excellent erosion and oxidation properties
  • Usable on ball valves, hydraulic rods, boiler tubes, exhaust pipes, turbines, textile rolls and exhaust stacks
  • Service temp. up to 900°C (1,650°F)


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LF313-SF

Cr39Ni7C

Atomized, Blended

30/10μm HVAF


  • Resistance to high temperature, wearing, erosion and corrosion
  • Ideal replacement for hard chrome, with high deposition efficiency
  • Coatings provide excellent erosion and oxidation properties
  • Usable on ball valves, hydraulic rods, boiler tubes, exhaust pipes, turbines, textile rolls and exhaust stacks
  • Service temp. up to 900°C (1,650°F)


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LF314

Cr3C2 15(FeCrAlY)

Blended

106/10μm AP


  • With high bonding strength, usable for rotors and stators of steam turbines
  • Max. operating temperature 600°C (1,112°F)


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TiC Based
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF361

TiC12Ni

Clad

45/15μm HV


  • Replacement of WC-12Co with same hardness and good resistance to wear at cheaper price, and not suitable for use in wet environment
  • Max. Temp. 300°C (570°F)


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LF362

TiC28Co8Cr

Agglomerated & Sintered

45/15μm HV


  • Forming harder coatings with better resistance to abrasion and less expensive in comparison with WC-10Co-4Cr
  • Usable in wet and corrosive environment
  • Service temp. up to 450°C (842°F)


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LF461

Ni75B4C

Clad

45/15μm HV


  • Higher hardness and abrasive wear resistance than Al2O3, TiC and Cr2O3
  • Recommended to spray plunger piston of slurry pump
  • Max. working Temp. 500°C (932°F)


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Al2O3 Based
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF401

99.95 Al2O3

Fused & Crushed

45/15μm AP


  • High purity alumina
  • Recommended to use in semicon, electrical, photovoltaic industries and with high dielectric properties
  • Chemically inert, resistant to acid, alkali and heat, and resistant to high temperature erosion and sliding wear
  • LF401 SF of finer particle for spraying smoother coating with lower porosity
  • Max. working temp. 1,650°C (3,000°F)


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LF401AS

99.95 Al2O3

Agglomerated & Sintered

53/15μm AP


  • High purity alumina
  • Recommended to use in semicon, electrical, photovoltaic industries and with high dielectric properties
  • Chemically inert, resistant to acid, alkali and heat, and resistant to high temperature erosion and sliding wear
  • LF401 SF of finer particle for spraying smoother coating with lower porosity
  • Max. working temp. 1,650°C (3,000°F)


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LF401F

99.95 Al2O3

Fused & Crushed

33/5μm AP


  • High purity alumina
  • Recommended to use in semicon, electrical, photovoltaic industries and with high dielectric properties
  • Chemically inert, resistant to acid, alkali and heat, and resistant to high temperature erosion and sliding wear
  • LF401 SF of finer particle for spraying smoother coating with lower porosity
  • Max. working temp. 1,650°C (3,000°F)


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LF403

Al2O3 3TiO2

Fused & Crushed

45/15μm AP


  • Resistant to particle wear and fretting wear, and to high temperature oxidation
  • Coating formed is tougher than pure alumina
  • Used in textile and artificial fiber industries, like thread and synthetic fiber production tooling, and also used for butterfly valves, electrical insulation and dielectric applications
  • Service temp. up to 1,100°C (2,010°F)


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LF403C

Al2O3 3TiO2

Clad

53/15μm AP


  • Resistant to particle wear and fretting wear, and to high temperature oxidation
  • Coating formed is tougher than pure alumina
  • Used in textile and artificial fiber industries, like thread and synthetic fiber production tooling, and also used for butterfly valves, electrical insulation and dielectric applications
  • Service temp. up to 1,100°C (2,010°F)


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LF403F

Al2O3 3TiO2

Fused Crushed & Blended

35/5μm AP


  • Resistant to particle and fretting wear, and to high temperature oxidation
  • Coating formed is tougher than pure alumina
  • Used in textile and artificial fiber industries, like thread and synthetic fiber production tooling, and also used for butterfly valves, electrical insulation and dielectric applications
  • Service temp. up to 1,100°C (2,010°F)


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LF406-1

Al2O3 13TiO2

Fused & Crushed

45/5μm AP


  • Resistant to abrasion, sliding wear, oxidation, acids and alkalis
  • Titania adds toughness but reduces hardness
  • Used in textile and artificial fiber industries, like thread and synthetic fiber production tooling, and can work in acid-base medium, and also used for rollers in papermaking, for hydraulic parts, shaft sleeves and mechanical seals
  • Service temp. up to 540°C (1,000°F)


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LF406-2

Al2O3 13TiO2

Clad

45/15μm AP


  • Resistant to abrasion, sliding wear, oxidation, acids and alkalis
  • Titania adds toughness but reduces hardness
  • Used in textile industry and artificial fiber industries, like thread and synthetic fiber production tooling, and can work in acid-base medium, and also used for rollers in papermaking, for hydraulic parts, shaft sleeves and mechanical seals
  • Service temp. up to 540°C (1,000°F)


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LF407

Al2O3 40TiO2

Fused, Crushed & Blended

75/30μm AP


  • Coating formed is resistant to abrasion, fretting, particle erosion and dilute acids
  • Good friction characteristics for hard bearing surfaces
  • Ground/polished surfaces have low wettability
  • Its wear resistance and corrosion stability are lower than that of LF406 but with good polishing property and resistant to fiber wear;
  • Used in household pan, and for pump parts, shaft sleeves, mechanical seals, thread and synthetic fiber production tooling
  • Service temp. up to 540°C (1,000°F)


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LF408

Al2O3 30(Ni 20Al)

Blended

90/10μm AP


  • Coating formed is better than alumina in resisting abrasion, shock and thermal cycling
  • Preventing the mismatch of thermal expansion for the intermediate layer in graded coatings
  • May be used as an abrasive (cutting) coating in clearance control applications
  • Service temp. up to 540°C (1,000°F)


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Cr2O3 Based
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF415

99Cr2O3

Sintered & Crushed

90/11μm AP


  • Hard, wear resistant and chemically inert,
  • Recommended to be used for exhaust manifold of engine
  • Service temp. up to 540°C (1,000°F)




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LF416

99.5Cr2O3

Sintered & Crushed

45/15μm AP


  • Hard, wear resistant and chemically inert
  • Recommended to be used for anilox rolls
  • Service temp. up to 540°C (1,000°F)


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LF417

Cr2O32TiO2

Fused and Crushed (Blocky)

125/11μm AP


  • The coating formed is dense and resistant to particle wear, hard-face wear, erosion of grains and gas etching abrasion
  • It’s insoluble in acid, alkali and alcohol solutions and used for rollers of pump seals, wearing rings and printing pattern rollers
  • Service temp. up to 540°C (1,000°F)


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LF418

Cr2O3 5SiO2 3TiO2

Fused and Crushed Blocky

90/11μm AP


  • Coating formed is hard and dense with good tenacity and low frictional characteristics and higher resistance to mechanical shock, abrasion and erosion
  • Unusually high ceramic toughness
  • For pump components, wear rings, down-hole plungers, textile machinery parts and seals
  • Service temp. up to 540°C (1,000°F)


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LF419

Cr2O3 40TiO2

Blended

90/15μm AP


  • With excellent resistance to abrasion, heat and corrosion, high fracture toughness, relatively lower hardness and good tenacity
  • For wearing workpieces of high tenacity, like sucker rod couplings, doctor blades, machine tool chip breakers
  • Service temp. up to 540°C (1,000°F)


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TiO2 Based
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF425

99TiO2

Fused and Crushed (Blocky)

90/11μm AP


  • Coating formed has a medium wear resistance and relatively low hardness
  • It has stability to solutions other than acid-base solutions and doesn’t accumulate static electricity with no surface static charge
  • Recommended to produce sputter targets, decorative coatings, mandrels, oxygen sensors and biomedical implants
  • Service temp. up to 540°C (1,000°F)


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LF426

TiO2 45Cr2O3

Blended

125/11μm AP


  • With good resistance to wear, heat and erosion, it is hard with high fracture toughness, and with low frictional coefficient
  • For sucker rod couplings, dry cell batter mandrels, cylinder bores, doctor blades and machine tool chip breakers
  • Service temp. up to 540°C (1,000°F)


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ZrO2 Based
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF435

ZrO25CaO

Fused & Crushed

90/15μm AP


  • Forming thermal barrier coating, and used for components in the hot section of turbines
  • Corrosion and lubrication resistance in molten metal
  • Used for diesel engine plunger, valve cylinder sleeve head, cast molding coating,
  • Service temp. up to 900°C (1,650°F)


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LF438

ZrO225CeO2 2.5Y2O3

Agglomerated & Plasma Densified

125/11μm AP


  • With good thermal barrier performance, better corrosion stability performance and high temperature resistance in environment of sodium, sulfur and chlorine
  • For components in the hot section of turbines
  • Service temp. up to 1,250°C (2,280°F)


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LF439

ZrO218TiO210Y2O3

Agglomerated

75/5μm AP


  • With good abrasion resistance, red hardness, strong resistance to thermal shock and good corrosion resistance to sulfur, sodium and chlorine
  • For hard bearing surfaces on liners, cylinder bores, piston rings and crowns, exhaust valves and turbine blades
  • Service temp. up to 980°C (1,800°F)


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LF440

ZrO28Y2O3

Agglomerated & Sintered

125/45μm AP


  • In spherical form, it has a good mobility, good chemical homogeneity and high purity; the nano initial powder and the tubular form enable it to have a good performance in thermal barrier and insulation
  • Used in combustion chamber of a turbine and as thermal barrier coating of air engine units
  • Service temp. up to 1,280°C (2,336°F)


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LF441

ZrO28Y2O3

Agglomerated & Sintered Plasma Densified

75/45μm AP


  • In spherical form, it has a good mobility, good chemical homogeneity and high purity, the nano initial powder and the tubular form enable it to have a good performance in thermal barrier and insulation
  • Used in combustion chamber of a turbine and as thermal barrier coating of air engine units
  • Service temp. up to 1,280°C (2,336°F)


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LF442

ZrO220Y2O3

Agglomerated

106/15μm AP


  • Apply to a higher temperature, with erosion resistance to a recommended temperature of over 845°C and apply as the thermal barrier coating on rocket nozzles and missile nose cones to resist particle erosion
  • Service temp. up to 980°C (1,800°F)


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Y2O3 Based
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF456

99.9 Y2O3

Agglomerated & Sintered

90/11μm AP


  • High temperature resistant and antioxidant, superior dielectric and electrical insulation; highly resistant to plasma and fluoride etching, stable at high temperatures
  • Used in electronic industry and the protection, like in semi-conductor production tooling, linings for graphite molds or in hard cemented carbide
  • The higher the purity, the better the performance
  • Service temp. up to 1,650°C (3,000°F)


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Abradables
Product Chemistry
Manufacture
Particle
Size
Process Application Download
LF105

Al8Si20BN

Clad

180/45μm AP


  • High-quality abradable coating material
  • Used for jet engine compressor
  • Working temperature up to 480°C (896°F)


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LF106

Al8Si23Graphite

Clad

125/5μm CP


  • High-quality abradable coating material
  • Used for jet engine compressor
  • Working temperature up to 480°C (896°F)


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LF107

Al7Si26Graphite

Clad

180/8μm AP


  • High-quality abradable coating material
  • Used for jet engine compressor
  • Working temperature up to 315°C (599°F) to 425°C (797°F)


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LF108

Al5Si45Graphite

Clad

150/8μm AP


  • High-quality abradable coating material
  • Used for jet engine compressor
  • Working temperature up to 315°C (599°F) to 425°C (797°F)


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LF132

Cu10Al

Clad

106/45μm AP


  • Used for piston guide rail, shifting fork, compressor air seal
  • Working temperature 650°C (1200°F)


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LF140

Cu9.5Al7.5(MoS2)

Clad

125/45μm AP


  • Self-adhesion and self-lubricating coating
  • Used for repairing of bearing and copper-based alloy
  • Service temp. up to 650°C (1200°F)


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LF141

Cu30Graphite

Clad

105/45μm CP


  • Electrical contact material and low-friction material
  • Working temperature up to 315°C (599°F)


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LF226

Ni15Graphite

Clad

125/45μm CP


  • Compressor inter-stage coating
  • Higher graphite content enhances lubricity; higher nickel content enhances erosion resistance
  • Working temperature up to 480°C (896°F)


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LF227

Ni20Graphite

Clad

105/45μm CP


  • Compressor inter-stage coating
  • Higher graphite content enhances lubricity; higher nickel content enhances erosion resistance
  • Working temperature up to 480°C (896°F)


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LF228

Ni25Graphite

Clad

125/45μm CP


  • Compressor inter-stage coating
  • Higher graphite content enhances lubricity; higher nickel content enhances erosion resistance
  • Working temperature up to 480°C (896°F)


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LF231

Ni14Cr8Fe5BN3.5Al

Clad

105/45μm CP


  • Gas compressor abradable coating
  • Working temperature up to 480°C (896°F)


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LF235

Ni20-25(MoS2)

Clad

125/45μm AP


  • Usable as motive sealing element and low-friction material
  • Usable as self-lubricating coating, like bearing
  • Working temperature up to 315°C (599°F)


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