IntegriCladd®2001
Inconel ®600 — Nickel based Super-alloy
- Ni-Cr-Fe alloy exhibiting resistance to corrosion and heat
- Desirable combination of high strength and good workability
- Used in applications from cryogenic to above 2000 F
- Used in chemical and heat-treating industries, aeronautical field, electronic field and is standard material for nuclear reactors
IntegriCladd®2002
Inconel ® 625 — Nickel based Super-alloy
- Ni-Cr-Mo alloy with excellent crevice corrosion, pitting, and high temperature oxidation resistance; suitable for service in severe environments
- Maintains high strength and toughness in temperatures up to 1500 F and clads to a hardness of
18-20 HRC
- Used in aerospace, power generation, chemical processing, oil and gas extraction, and seawater services
IntegriCladd®2003
Inconel ® 690 — Nickel based Super-alloy
- High chromium (29%) Ni-Cr-Fe alloy exhibiting resistance to many oxidizing corrosive aqueous media and high temperature atmospheres
- Applications include nuclear steam generators as well as sulphuric, nitric, and nitric/hydrofluoric acid processing
IntegriCladd®2004
Hastelloy® C-22 Nickel Alloy
- Versatile Ni-Cr-Mo alloy with excellent corrosion resistance to wet chlorine and mixtures containing nitric acid or oxidizing acids with chloride ions; also offers resistance to process streams with reducing and oxidizing properties
- Laser cladding provides a dense, crack-free, metallurgically-bonded surface that protects the substrate and will not spall
- Hardness in the range of 40-45 HRC
IntegriCladd®2005
Inconel ® 718 — Nickel based Super-alloy
- Age and precipitation harden-able Ni-Fe-Cr alloy with excellent corrosion and oxidation resistance and superior weldability; maintains excellent strength up to 1800 F
- Widely used in aerospace, oil and gas extraction, and power generation
- Ideal for thick build-up on valve components prior to hardfacing
IntegriCladd®2006
Hastelloy® C-276 Nickel Alloy
- Ni-Mo-Cr alloy with excellent corrosion resistance to localized corrosion to oxidizing and reducing media
- Clads to a hardness of 12-16 HRC
- Used in the chemical industries due to its excellent resistance to pitting and stress-corrosion cracking
- Used in flue gas desulfurization systems because of its excellent resistance to sulfur compounds found in scrubbers
IntegriCladd®2007
Colmonoy® 5
- Nickel-based hardfacing alloy with chromium boride
- Hardness range of 390 Vickers
- Applications include wear rings, plungers and dies
IntegriCladd®2008
Colmonoy® 88
- Unique alloy contains Nickel with chromium tungsten borides and carbides for excellent abrasion and corrosion resistance
- Used in high temperature, highly abrasive applications
- With hardness in the range of 59-64 (HRC) it is used in pump plungers and sleeves, valve seats and extrusion screws
IntegriCladd®2010
Hastelloy ® B
- Ni-Mo alloy with excellent resistance to hydrochloric acid at all concentrations and temperatures
- Withstands hydrogen chloride, sulfuric, acetic and phosphoric acids
- Excellent resistance to pitting and stress corrosion cracking
- Used in chemical process applications in the as-cladded condition
IntegriCladd®3000
316 Austenitic Stainless Steel
- Ideal for thick build-up and re-manufacturing of low-alloy steel mechanical components enduring high stresses
- No cracking, no porosity, no deformation
- Fully machinable with high chromium & nickel contents for good corrosion resistance
- Withstands attack by many chemicals and solvents; inhibits pitting caused by chlorides
IntegriCladd®3001
431 Martensitic Stainless Steel
- Ideal for crack-free wear-resistant build-up over low alloy steel mechanical components enduring high stresses
- Laser-clad version finishes up to 52 HRC,
much higher than spray or weld applied coatings (30-40 HRC)
- Good combination of corrosion resistance, hardness, and toughness
- High Chromium (16%) and low Carbon (0.2%) contents provide good oxidation resistance at high temperatures
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- Consists of 60% fine spherical tungsten carbide grains (hardness 3000 HV) homogeneously dispersed in a self-fluxing nickel matrix
for as-clad hardness of 60-65 HRC
- Withstands extreme sliding abrasion and can be ground for bearing applications
- Proven to outlast nickel-base, cobalt-base, and chromium carbide weld overlays by a factor of 10
- Nickel matrix can be substituted other metals
Click here to download a PDF file with more specs and photos of the Integricladd® 8000 Lasercladding process.
IntegriCladd®4001
Stellite® 1
- Cobalt-based alloy with excellent abrasion resistance and good corrosion resistance
- Maintains properties and hardness up to 1470 F
- Applications include pump sleeves and expeller screws
IntegriCladd®4002
Stellite® 6 Cobalt Alloy
- General purpose alloy effective against corrosion, erosion, and cavitation
- Co-Cr-W alloy provides excellent self-mating, anti-galling properties
- Laser cladding provides the hardness range of 46-50 HRC, and the hardness maintained at high temperatures
IntegriCladd®4003
Stellite® 21
- Cobalt based alloy with excellent high temperature strength
- Combats to galling, cavitation, erosion and corrosion with toughness Used extensively in the forging industry
- Laser cladding results in hardness in the range of 37-42 HRC
IntegriCladd®4005
Ultimet® Cobalt Alloy
- This Co-Cr-Ni-Mo alloy offers corrosion resistance comparable to Hastelloys as well as wear resistance (especially against cavitation erosion, slurry erosion, and galling) comparable to Stellite ® alloys
- Laser cladding results in hardness of 30-50 HRC material can be work hardened to 53 HRC
- Can be mixed with tungsten carbide to fight abrasion and severe corrosion phenomena
IntegriCladd®4006
T-800 Cobalt Alloy
- This Co-Mo-Cr alloy features a hard inter-metallic laves phase in a softer matrix; can reach hardness 60 HRC and resist wear and galling up to 1825 F
- Resists crevice corrosion and stress corrosion cracking better than austenitic stainless steels
IntegriCladd®5000
Titanium Grade 2
- The most widely used Titanium in the industry providing good balance of strength and ductility
- Excellent corrosion resistance in highly oxidizing environments
- Excellent weldability
- Applications include aircraft construction, heat exchangers, pumps and valves
IntegriCladd®5001
Aluminum-Bronze
- Versatile material widely used for bearing surfaces or to resist fretting and cavitation
- Can be laser clad onto bronze, cast iron, and steel
- A variation of this coating exhibits excellent erosion, cavitation, and corrosion properties for use in high-performance marine engineering applications
IntegriCladd®7000
H13 Tool Steel
- Ideal for crack-free build up of hot forming tools and dies; can be used for tool temperatures up to 1000 F
- The most widely used hot work tool steel; provides good balance of toughness, high temperature strength, and wear resistance
- Laser-clad application provides highest possible hardness up to 57 HRC
IntegriCladd®7054
CPM-9V® Tool Steel
- This powder metallurgy version of AISI A11 tool steel contains less carbon and vanadium to improve toughness and creep resistance
- Provides improved wear resistance and toughness over D2 cold work tool steel due to its vanadium carbide content
- Laser-clad process results in homogeneous and high hardness up to 54 HRC deposit compared to conventional wrought and cast products
- Can be used to improve forging and extrusion tooling operation up to 1000 F
IntegriCladd®7060
Durmat® 505 Tool Steel
- This powder is a version of AISI tool steel provides superior wear resistance while maintaining toughness similar to that of D2 and M2 steels
- Contains 10-11% fine primary vanadium carbides for as-clad hardness of 58-60 HRC
- Offers twice the wear life of chromium carbide
- Typical services include stamping, forming tools, knives, slitters, and wear plates
IntegriCladd®7065
VimCru®20 Bearing Steel
- Cobalt-free high molybdenum super high speed steel designed for critical bearing services
- Excellent high temperature hardness and brinelling resistance
- Laser-clad process results in dense, crack-free deposit with hardness range of 63-65 HRC with uniformly distributed carbides for excellent wear resistance
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