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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 Process Symbols

The following Process Symbols are used in this list:

TA: Twin wire electric arc spraying CW: Combustion wire spraying, AP: Air plasma
S: Solid Wire PC: Powder cored wire HC: Wire cored wire
Pure Metal
Product
No.
Product
Process
Chemistry Application Download
LX01

Aluminum wire

TA CW

Al99.0
  • Good electrical conductivity and heat resistance, good resistance to atmospheric corrosion, chemical corrosion, thermal corrosion and brine corrosion, and good electrical and thermal conductivity
  • Hardness: HRb 60-65
  • Melting point: 660°C
  • Working temperature up to 200°C (392°F)
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LX02

Copper wire

TA CW

Cu99.8
  • High thermal conductivity, used for RFI/EMI shielding, electronic components, electrical resistor, carbon brush and decoration
  • Hardness: HRb 35-40
  • Melting point: 1,080°C
  • Working temperature up to 315°C (599°F)
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LX03

Zinc wire

TA CW

Zn99.9
  • Good wettability, applicable to PH6-12 medium
  • Resistance to atmospheric corrosion and brine corrosion, and used for coating primer and RFI/EMI shielding
  • Working temperature up to 150°C (302°F)
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LX04

Molybdenum wire

TA CW

Mo99.9
  • Good hardness and lubricity
  • Used for synchronization ring, piston ring, shifting fork and cementation primer
  • Hardness: HRC 40-60
  • Working temperature up to 750°C (1,382°F)
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LX05

Stannum wire

TA CW

Sn99.9
  • Good solderability and low melting point
  • Protective coatings for food containers, cementation primer for glass and gypsum substrates, electronic contact weldable surface
  • Hardness: HRb 10-15
  • Working temperature up to 100°C (212°F)
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LX06

Nickel wire

TA CW

Ni99.5
  • Used for restoring corrosion resistant parts, and for pump plungers, axles, sealing rings, sleeves and hydraulic pumps
  • Hardness: HRb 58-60
  • Working temperature up to 750°C (1,382°F)
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LX08

Silver wire

CW

Ag 99.5
  • Used for RFI/EMI shielding, and sputtering target
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Fe Based
Product
No.
Product
Process
Chemistry Application Download
LX21

13Cr steel Solid wire

TA

Fe13Cr0.5Mn0.5Ni


  • Excellent resistance to corrosion and wear
  • With low shrinkage, high ductility and resistance to wear and corrosion
  • Used for generic coatings for machine parts, axle journals, sleeves, plungers, bent axles, and for restoration of machine parts
  • Equivalent to Metcoloy2
  • Coating hardness: HRc 33-35
  • Bonding strength: 33 MPa
  • Max. working Temp. 600°C (1,112°F)



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LX23

316 Stainless steel Solid wire

TA CW

Fe17Cr12Ni2.5Mo2Mn


  • Equivalent to 316 stainless steel
  • With good machining performance, high shrinkage, resistance to wear and corrosion, and higher hardness than LX001S
  • Resistant to organic and non-oxidizing organic acids
  • Used for pump plungers, axles, cylinders, axle sleeves, blades, low pressure sealing elements, washers, resurfacing of paper rolls, and repairing / restoration of dimensions
  • Coating hardness: HRb 80
  • Max. working Temp. 500°C (932°F)



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LX24

Austenite stainless Solid wire

TA CW AP

Fe18Cr5Ni8.5Mn1Si


  • With low shrinkage and good machining performance, and can spray thicker coatings
  • Applied for sealing elements, blades, sleeves, and repairing / restoration of dimensions
  • Recommended to be applied for plasma spraying of internal bores of auto engines
  • Max. working Temp. 475°C (887°F)



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LX25

General steel Solid wire

TA CW

Fe4Ni2Mn1.5Mo


  • With low shrinkage and good machining performance, and flexible coating thickness
  • Used for machine components, armature shafts, axle journals and etc.
  • Coating hardness: HRC 22
  • Max. working Temp. 600°C (1,112°F)



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LX26

High carbon steel Solid wire

TA CW

Fe0.8C0.7Mn0.1Si


  • Coating formed has low shrinkage and high bond strength
  • Recommended for restoration of casting part, casting die mould, valve plug, shaft journal, machinery seal, sleeve and plunger piston
  • Coating hardness: HRC 38
  • Max. working Temp. 350°C (662°F)



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LX51

Improved 316 stainless steel Cored wire

TA CW

Fe18CrNiMoCuMn


  • Equivalent to 316 stainless steel
  • Wear and corrosion resistance, and moderate acid corrosion resistance
  • Recommended for resisting acid corrosion like in chemical fertilizer and chemical fiber plant
  • Coating hardness: HRb 80
  • Max. working Temp. 600°C (1,112°F)


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LX52

Corrosion resistant Cored wire

TA CW

Fe18CrAlMo


  • Good resistance to H2S corrosion
  • Recommended to use in corrosive environment of 0.5-1.0% H2S like gas furnace or boiler
  • Max. working Temp. 600°C (1,112°F)
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LX53

High chromium sulfuric corrosion resistant Cored wire

TA

Fe41CrAlMoSi


  • Resistant to high temperature sulfuric corrosion
  • Resistant to strong sulfuric corrosion in power plant of pulverized coal fired boiler
  • Max. working Temp. 870°C (1,598°F)


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LX54

Chlorine corrosion resistant Cored wire

TA

Fe26CrMoSi


  • Resistant to high temperature chlorine corrosion
  • Resistant to chlorine corrosion in incinerator furnace
  • Max. working Temp. 850°C (1,562°F)


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LX55

Sulfuric corrosion resistant Cored wire

TA

Fe7Ni2Cr24(Cr3C2)


  • Resistant to high temperature sulfuric corrosion
  • Resistant to medium sulfuric corrosion in power plant of pulverized coal fired boiler
  • Max. working Temp. 870°C (1,598°F)


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LX56

Sulfuric corrosion resistant Cored wire

TA

Fe26CrAlMnMo


  • Resistant to high temperature sulfuric corrosion
  • Resistant to medium sulfuric corrosion in power plant of pulverized coal fired boiler
  • Max. working Temp. 870°C (1,598°F)


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LX57

Corrosion resistant high chromium Cored wire

TA

Fe28CrAlMo


  • Resistant to sulfuric corrosion, fretting wear, impact and erosion
  • Oil boiler corrosion resistance (paper industry)
  • Suit to the environment of coal powder boiler with higher sulfur, and pump rotor, pump plunger and sealing elements with hard surface resistance
  • Max. working Temp. 870°C (1,598°F)


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LX58

Skid-resistant coatings Cored wire

TA CW

FeAlCMn


  • Forming self-bonding and skid-resistant coatings
  • Used for non-skid floor and floor for drawing or hauling works
  • Max. working Temp. 300°C (572°F)


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LX59

High chromium boron Cored wire

TA

Fe29CrBMnSi


  • Forming amorphous coating
  • Resistant to wear and corrosion, and applicable to furnace tubes, axles, and food processing and chemical industry
  • Coating hardness: HRc 55-60
  • Operating temp. up to 927°C (1,700°F)


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LX60

Iron, chromium and aluminum Cored wire

TA

FeCrAlSiMo


  • Resistant to wear and corrosion
  • Used for high temperature and oxidation resistance, and for boiler tube corrosion resistance
  • Max. operating temp. 927°C (1,700°F)


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LX61

Chromium titanium Cored wire

TA

Fe20CrTiBSiMn


  • Resistant to wear and corrosion
  • Used for steam turbine and cyclone
  • Coating hardness: HV850
  • Max. operating temp.: 650°C (1,202°F)


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LX62

High chromium boron Cored wire

TA

Fe30CrBMnSiC


  • Forming wear and corrosion resistant coating
  • Used for valve, stamper, bearing, plunger, and paper industry
  • Coating hardness: HRc45
  • Max. operating temp.: 870°C (1,598°F)


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LX64

High tungsten chromium Cored wire

TA

Fe26W6(Ti2C2)MnNi CrB




  • Forming age-harden coating which is hard and resistant to wear and corrosion
  • Used for anti-skid and wear-resistant coating
  • Max. operating temp.: 870°C (1,598°F)




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LX66

High chromium boron Cored wire

TA

Fe30CrBSi


  • Good thermal conducting and resistance to wear and corrosion
  • Designed for papermaking dryer
  • Coating hardness: HRc 55-60
  • Max. operating temp.: 750°C (1,382°F)


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LX67

High chromium carbon Cored wire

TA

Fe28Cr5CBSi


  • Resistant to wear and corrosion
  • Machine parts restoration, agricultural machinery, papermaking, spinning, power generation and parts manufacturing
  • Coating hardness: HRc 55-59
  • Max. operating temp.: 870°C (1,598°F)


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LX69

Molybdenum boron Cored wire

TA CW

Fe21MoBC


  • Good wear resistance and lubricity
  • For Molybdenum replacements at low cost, and for spraying synchronization rings and piston rings
  • Coating hardness: HRc 42-45
  • Max. operating temp.: 300°C (572°F)


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LX70

Nickel iron Cored wire

TA CW

Fe30NiAlSi


  • Bond strength is better than Ni5Al, 46MPa, and with stronger adhesiveness to hard substrate
  • It is a kind of very cost efficient bond coating wire with strong adhesiveness to most of substrate materials and high bonding strength, and is a replacement for Ni5Al
  • Max. operating temp.: 300°C (572°F)


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LX71

High chromium boron Cored wire

TA CW

Fe33CrBCuNiMn


  • With high hardness and resistance to wear and corrosion
  • Used for spray shafts and drying equipment of paper industry
  • Max. operating temp.: 500°C (932°F)


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LX73

Iron nickel Cored wire

TA CW

Fe5BNiSiMnC


  • Anti-friction and erosion resistance
  • For exhaust fan, feeding scroll, dust hood and storage bin
  • Coating hardness: HV850-1,000
  • Max. operating temp.: 500°C (932°F)


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LX74

Iron, chromium and titanium Solid wire

TA

Fe17CrTiMnSi


  • Used for refractory steam liner, members of fluidized bed furnace, power station boiler, steam turbine lining, dust hood and exhaust fan
  • Coating hardness: HV850
  • Max. operating temp.: 600°C (1,112°F)


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LX75

Iron, chromium and nickel Cored wire

TA

Fe25Cr10NiMoBCu


  • Resistant to wear and corrosion and with smooth roughness
  • Coating hardness: HRC 45
  • Max. operating temp.: 850°C (1,562°F)


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LX76

Low chromium and nickel Solid wire

TA

Fe13CrNiCMn


  • 420 stainless steel
  • For general restoration of steel parts
  • Max. operating temp.: 750°C (1,382°F)


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LX77

Cast tungsten carbide Cored wire

TA

Fe41WC/W2C


  • With high bonding strength and good wear resistance
  • For dipper teeth of excavator
  • Max. operating temp.: 500°C (932°F)


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LX78

Tungsten carbide Cored wire

TA

Fe15Cr26WCTiCNi


  • Resistant to abrasive wear and erosion
  • For anti-skid coating
  • Max. operating temp.: 500°C (932°F)


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LX79

Niobium carbide Cored wire

TA

Fe20Cr6NbCB


  • Forming super hard and wear resistant coating
  • Resistant to abrasive wear and erosion
  • Max. operating temp.: 500°C (932°F)


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LX88A

Boron carbon cored wire

TA

Fe8BCSi


  • Super hard and wear resistant, and with resistance to erosive wear, abrasive and hard surface wear
  • For protection of fluidized bed boiler tubes and similar working conditions, and for fan blades, pump impellers, drawn wire coils and hydraulic fill pipelines
  • Coating hardness: HRc 69
  • Max. operating temp.: 500°C (932°F)


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Ni Based
Product
No.
Product
Process
Chemistry Application Download
LX101

Nickel chromium aluminum yttrium Cored wire

TA

Ni22Cr10Al1Y
  • Resistant to high temp. oxidation and high temp. oxidized environment, and with high bonding strength
  • Bond coating for ceramic coating
  • Coating hardness: HRb50-60
  • Working temperature up to 980°C (1,796°F)
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LX102PC

Nickel aluminum powder cored wire

TA

Ni20Al
  • Self-adhesion bond coating wire, resistant to high temperature oxidation and thermal shock
  • Used as bond coating
  • Coating hardness: HRb40-45
  • Working temperature up to 650°C (1,202°F)
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LX102S

Nickel aluminum Solid wire

TA

Ni20Al


  • Self-adhesion bond coating wire, resistant to high temperature oxidation and thermal shock
  • Used as bond coating
  • Coating hardness: HRb32-38
  • Working temperature up to 650°C (1,202°F)


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LX103

Nickel aluminum Cored wire

TA

Ni20Al
  • Self-adhesion bond coating wire, resistant to high temperature oxidation and thermal shock
  • Used as bond coating
  • Coating bond strength: 700MPa
  • Coating hardness: HRb50-55
  • Working temperature up to 650°C (1,202°F)
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LX104

Nickel molybdenum aluminum Cored wire

TA

Ni6Mo5Al
  • Resistant to washout and erosion wear, with high strength and low shrinkage, and self-adhesion
  • Used for repairing or restoration of workpieces, and can be machined or milled
  • Working temperature up to 650°C (1,200°F)
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LX105C

Nickel aluminum Cored wire

TA

Ni5Al
  • With high self-adhesion bonding, and resistance to oxidation
  • Used as bond coat, or for repairing or restoration of nickel based workpieces
  • Working temperature up to 650°C (1,200°F)
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LX105S

Nickel aluminum Solid wire

TA

Ni5Al
  • With high self-adhesion bonding, and resistance to oxidation
  • Used as bond coat, or for repairing or restoration of nickel based workpieces
  • Working temperature up to 650°C (1,200°F)
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LX106

Nickel chromium Cored wire

TA

Ni20Cr2MnSi
  • Resistant to oxidation and high temperature corrosion
  • Used as bond coat or top coat
  • Coating bond strength: 51MPa
  • Coating hardness: HRb 90
  • Working temperature up to 970°C (1,778°F)
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LX107S

Nickel chromium molybdenum tungsten Solid wire (Hastelloy C276)

TA

Ni15Cr16Mo5Fe4W
  • Strong resistance to acids (sulphuric and hydrochloric acid), and resistance to metal wear
  • Used for chemical refining and manufacturing industry, pump blocks, valve pieces, paper making industry, guiding rolls, as a famous anti-corrosion material
  • Coating bond strength: 48MPa
  • Coating hardness: HRc 35
  • Working temperature up to 970°C (1,778°F)
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LX109

Nickel chromium iron Cored wire

TA

NiCrFe
  • Self-adhesion, and used as bond coat wire for many substrate materials
  • Applied for the bond coat materials, and good for various substrates such as annealed steel, alloy steel, aluminum, nickel titanium, niobium and tantalum
  • Working temperature up to 700°C (1,292°F)
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LX110

High chromium nickel Cored wire

TA

Ni50Cr
  • Bond coat or top coat wire, and with resistance to oxidation and sulfur corrosion
  • Used for petroleum chemistry and power plant or as sulfur and vanadium resistance protective coating with better effect than LX45
  • Working temperature up to 800°C (1,472°F)
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LX112

Nickel copper Cored wire

TA

Ni31CuFeMoSi
  • Resistant to corrosion of atmosphere, sea water, pypocholoride and oxidizing acids and salts
  • Used for petroleum chemistry refining, sea water appliances, splashing jackets, propeller shafts, electric and electronic appliances, heat exchangers, printing rollers, water fittings and measuring parts
  • Working temperature up to 600°C (1,112°F)
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LX113

Nickel chromium aluminum Cored wire

TA

Ni19Cr7AlMn
  • With properties of anti-high temperature and oxidation, self-adhesion, good machining, and polish after grinding
  • Used as bond coat for ceramic coating, or for auto exhaust silencer, rocket nozzle, missile tail and gas turbine
  • Working temperature up to 800°C (1,472°F)
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LX114

Nickel chromium iron Cored wire

TA

Ni23Fe16CrSi
  • Resistant to thermal corrosion
  • Used for thermal protection coating, charcoal fire box, arch top plate and crucible
  • Working temperature up to 900°C (1,652°F)
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LX115

718 alloy Cored wire or Solid wire

TA

Ni18Cr18Fe5Nb3Mo
  • Of 718 alloy, with strong resistance to corrosion and stress fracture, resistance to acid and thermal corrosion and to chloride
  • Used for thermal protective coating for iron and steel parts, airplane exhaust pipe, cyaniding tank, flashboard, heat treatment furnace, magnesium-casting crucible, pyrometer tube, wire annealing pot, heat treatment cover, charcoal fire box, for protection of various acid and chloride equipment, and for repairing of aviation power parts
  • Working temperature up to 900°C (1,652°F)
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LX116

625 alloy core wire or Solid wire

TA

Ni22Cr9Mo3Fe
  • Of 625 alloy, with resistance to high temperature and corrosion
  • Used for repairing of INCO625 workpiece, and for high temperature-resistance coating
  • Working temperature up to 1,000°C (1,832°F)
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LX117

Nickel chromium tungsten Cored wire

TA

Ni15Cr2W5SiBC
  • Wear and corrosion resistance
  • Use for squeezing roller and refractory material molding
  • Working temperature up to 900°C (1,652°F)
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LX122

Nickel chromium molybdenum niobium Cored wire

TA

Ni21Cr9MoNbC
  • Resistant to wear and corrosion
  • Resistant to acid and chloride corrosion, and resistant to wear and fretting
  • Working temperature up to 900°C (1,652°F)
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LX123

Nickel titanium Solid wire

TA

Ni3Ti
  • Forming Ni and Ti intermetallic alloy
  • With properties of non-magnetic and resistance to corrosion of sea water and of many acids
  • Working temperature up to 800°C (1,472°F)
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LX125

Self-fused Ni Alloy Cored wire

TA CW

Ni17Cr4Fe4Si3.5B1C


  • It is a kind of self-fluxing material, and the coating can be fused after spraying
  • Used for large area or continuous spray and fuse applications
  • Working temperature up to 500°C (932°F)


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LX45c

Nickel Chromium Titanium Cored wire

TA

Ni42Cr1Ti


  • Resistant to high temperature, oxidation and sulfurous gas corrosion
  • Protective coating of metal heating surface of power plant boiler for resisting sulfur and vanadium corrosion, applicable to the pulverized coal fired boiler with high sulfur content and strong corrosion resistance
  • Coating hardness:HRC38-40
  • Working temperature up to 980°C (1,796°F)


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LX45s

Nickel Chromium Titanium Solid wire

TA

Ni42Cr1Ti

  • Resistant to high temperature, oxidation and sulfurous gas corrosion
  • Protective coating of metal heating surface of power plant boiler for resisting sulfur and vanadium corrosion, applicable to the pulverized coal fired boiler with high sulfur content and strong corrosion resistance
  • Coating hardness:HRC32-35
  • Working temperature up to 980°C (1,796°F)


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