Colmonoy 5-S Data Sheet

March 26, 2018 | Author: Luis Hernandez | Category: Alloy, Solid, Metalworking, Metals, Industrial Processes


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COLMONOYWEAR-RESISTANT PRODUCTS AND SERVICES technical data sheet Ni 1.3.1 Wall Colmonoy Corporation, 101 West Girard, Madison Hts., MI 48071-1880 Tel: 248-585-6400 • Fax: 248-585-7960 • www.wallcolmonoy.com COLMONOY 5-S A Nickel-Base Hard-Surfacing Alloy Containing Chromium, Boron, and Silicon Hardness RC 45-50 ® Nominal Composition (Percent by weight) Carbon Chromium Iron Boron Silicon Nickel Physical Properties Specific Heat: 0.11 Btu/lb/°F (70-212°F) Specific Gravity: 8.1 Density: 0.294 lb/in3 Melting Point: Solidus: 1750°F (954° C) Liquidus: 1950°F (1065ºC) Modulus of Elasticity: 32 x 106 psi (tension & compression) Photomicrograph of fused coating, original at 100x 0.5 13.0 3.7 2.4 3.5 Rem. Description Colmonoy 5-S is a premium nickel-base alloy powder which is crushed from a fully alloyed shot. The proprietary two-stage process produces and promotes formation of hard phases in the coating or overlay deposit that contain: Microstructural Constituent Chromium Boride Chromium Carbide Primary Solid Solution Secondary Solid Solution Eutectic Composition Microhardness (DPH) 4100 2500 450 800 1000 Ultimate Compressive Strength: 275 ksi (average) Tensile Strength: 60 ksi (average) Magnetic Permeability: 1.005 Coefficient of Friction: 0.1 (6 micro-inch) Coefficient of Thermal Expansion: 8.4 x 106 per F° Hot Hardness Rockwell C Scale 600°F 800°F 1000°F 1200°F 46 45 41 38 75°F 45-50 The alloy is used for hard surfacing parts to resist wear, heat, corrosion and galling. It has greater ductility and better impact resistance and workability than Colmonoy 6, and displays excellent finishing characteristics. whenever possible. Medium carbon and alloy steels may also require special preheat and postheat treatment. and a radius of 1/32”. WCC assumes no responsibility for failure due to misuse or improper application of this product. Superintendent of Documents. It is the responsibility of the end user to establish the process information most suitable for their specific application(s). 550 N. OSHA Safety and Health Standards available from U.015” (roughing) Cross feed: 0. If moisture is adsorbed from the atmosphere. but must be isothermally annealed immediately after fusing to prevent cracking of the overlay. Cubic boron nitride tools work even better. Safety When handling thermal-spray powders. or for any incidental damages arising out of the use of this material.8 (Ventilation). avoid inhalation or contact with the skin or eyes. centrifugal pump parts. etc. Finishing The Overlay Machining is readily done with tungsten-carbide-tipped tools. Also used on camshaft lobes. and the manufacturer’s Material Safety Data Sheet (MSDS). Storage Requirements Keep thermal spray powders dry and in a closed container. consult 11. Wet grinding will reduce the chance for surface checking due to high grinding pressures required. 20% for shrinkage on fusing and 0. Surface preparation by grit blasting. The information provided herein is given as a guideline to follow. Theory. FL 33126.003 inch per revolution or less Grinding should be done wet. Pittsburgh. at 150-200°F for two hours prior to use. LeJeune Rd. Coating application with allowance for shrinkage and finishing (i. government Printing Office. Careful consideration should be undertaken when selecting a coating system that will be used on alloy base metals with high hardenability or have a large difference in thermal expansion. dragline rollers and metalworking dies used for forming and drawing. The containers should be tumbled before using the powder. 3. S. 4. cement industry gate and globe valve components. For more information. Hard surfacing of components in the petroleum industry. densifies the coating into a solid metallurgically bonded overlay. Silicon-carbide wheels are recommended.Typical Uses Application Method Colmonoy 5-S is only recommended for use with the Sprayweld® System Sprayweld Process Steps 1.e. heat exchanger tubes. Box 371054. generally with an oxy-fuel torch or atmosphere furnace. glass plungers. W. P. Fusing the coating by heating to a temperature within the liquidus/solidus range. Conduct spraying operation in a properly ventilated area. as compared to the coating alloy. such as sucker rod couplings. with the seal removed and lid loosened. The tools should have slight lead and rake angles. flowability can be restored by drying the powder.010” for finishing). wear rings. Read and understand the manufacturer’s material safety data sheet before use. Copyright Wall Colmonoy 2008 0108C . O. PA 15250. Refer to the Tech-2 data sheet for more information on finishing. Miami. Turning speed: 15 to 45 SFPM In feed: 0. See technical data sheets SW-2 and SW-3 for details. Under cut the area to be coated. and Application available from American Welding Society. AWS Thermal Spraying: Practice. 2. These base metals can be sprayed and fused.
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