材料指南
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Processing
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Laser Cladding in 3D
TP-0001.4
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Modern Gantry System for Laser Cladding and Additive Technologies at Our Laser Center of Competence in Switzerland
TP-0016.1
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Article 1: Introduction to Laser Cladding Technology
TP-0017.1
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Article 2: Laser Cladding has many names
TP-0018.1
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Article 3: Trends in the Technology; Part 1
TP-0019.1
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Article 3: Trends in Technology: Part 2
TP-0020.1
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Big Data Driven Materials Designed for the Mining Industry
TP-0023.1
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Revolutionizing Mining Alloys with AI:
TP-0025.0
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Rods, Wires, Electrodes, etc.
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Tungsten Carbide Filled Tubular Steel Welding Rod
DSM-0229.7
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Composite Hardfacing Rods of Tungsten Carbide Infiltrated with Nickel-Based Self-Fluxing Matrix
DSM-0305.7
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Iron Based, Flux cored Wire with macrocrystalline Tungsten Carbide
DSM-0326.3
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Coarse-Grained Tungsten Carbide and Copper Alloy Matrix Sintered Welding Rod
DSM-0349.4
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Coarse-Grained Tungsten Carbide and Self-Fluxing Nickel Alloy Sintered Welding Rod
DSM-0350.2
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Tungsten Carbide Filled Tubular Nickel Welding Rod
DSM-0351.0
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Dip-Coated, Sintered Tungsten Carbide Electrodes with Iron, Chromium Carbide and Niobium Additives
DSM-0352.0
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Solutions Flash
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Automotive applications benefit from cost-effective, high chromium Amdry Braze Alloys
SF-0007.6
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Economic and Effective Hardfacing Strategy for Ground Engaging Tools (GETs) and Cutting Edge Shrouds
SF-0027.2
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Improved Surface Protection for Marine and Non-Marine Hydraulic Rods
SF-0030.1
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New Unique Tungsten Titanium Carbide (WTiC) Materials Offer Application Benefits Versus Traditional Tungsten Carbide Materials
SF-0031.1
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Wear Protection for Slurry Pipelines is Cost Effective and Long Lasting
SF-0033.0
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