Carbide Coatings Dealers

Spray And Fuse Coating Services

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• Service Mode: Offline
• Coating Type: Spray and Fuse Coating

Oxy-acetylene welding torch with powder hopper and injection venturi mounted between a gas mixture and nozzle Powder falls through flame on a workplace where weld pool is maintained and the continuous bead is laid down. Spray and fuse use high heat to increase the bond between the thermal spray coating and the substrate of the part. Unlike other types of thermal spray, spray and fuse create a metallurgical bond between the coating and the surface. This means that instead of relying on friction for coating adhesion, it melds the surface and coating material into one material. Spray and fuse are the difference between adhesion and cohesion.   Spray and Fuse Benefits Metallurgically bonded coating Hardface overlay alternative Hardchrome plating alternative Extreme wear resistance   Spray and Fuse Materials Colmonoy® 88 Nickel-Cobalt Tungsten Carbide Nickel Chrome alloys Metco® 16C   Spray and fuse are the best for... High-stress components Exhaust fans Sucker pump components Pump pistons Sleeves Plungers Ball Valve

Electroless Nickel Carbide Coating

25 - 30 Per Square Inch

10 Nos (MOQ)

EN-Carbide Coating It is a unique coating of metal matrix coating comprising a mix of nickel with suspended carbide particles. These coating give precise thickness even in hole & complex geometries. Usually thickness range between 10 to 100 µm. excellent abrasion resistance and high hardness after thermal annealing. Dense coating without porosities. Applicability to many common metals and alloy. Coverage of entire services or selected critical areas. These features allow increased lifetime and minimize maintenance- related downtime from replacement of high wear parts. Advantage EN-Carbide Coating:- Reduces extra costs, compared to ceramic like coating. No additional process such as grinding, polishing & lapping necessary. Application of EN-Carbide coating:- Bore of internal combustion engines, cylinder bore, piston, cylinder lining, textile machinery parts, tools, injection molding, rotary housing and gage blocks. Coating Properties: - High hardness High abrasion resistance Deposition uniformity High corrosion resistance

carbide coating

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Tungsten Carbide Coatings is one of the most frequently used carbide coating process used in most wear and tear process. Tungsten carbide melts at 5200 degree forenheit, so most suitable. Coating properties such as hardness, wear resistance, and strength depend primarily on the grain size and volume fraction of the tungsten carbide particles, coating can be controlled based on the requirement in the process of carbide coating. Carbide coating is a very famous coating process and Tungsten carbide coating is the most loved carbide coating.

carbide coating

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carbide coating, Ceramic Coating

carbide coatings

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carbide coatings, thermal spray coatings

carbide coatings

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carbide coatings, Injection molding screw, bimetallic barrel

carbide coating

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carbide coating, high temperature ceramic coating, Wire Arc Spray Coating

carbide coatings

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carbide coatings, titanium carbide parts, Ceramic Coating

carbide coating

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carbide coating, Ceramic Coating, plastic coatings

Hard Carbide Coatings

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Hard Carbide Coatings, Vacuum Blasting Machine, HVOF Thermal Spray Gun

carbide coating

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carbide coating, Thermal Spray Metallizing, brazing