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Dear shopper: We hope you'll find our items interesting and useful [All derivative (i.e. change in media; by compilation) work from this underlying public domain/public release, anonimous, or non-UScopyrighted data is COPYRIGHT © The Learning Company* graphics on this page are for illustrative purposes only; may differ from item's. NEW CONSTRUCTION AND MAINTENANCE Thermal spraying is a well established technology for applying wear and corrosion resistant coatings in many key industrial sectors, including aerospace, automotive, power generation, petrochemical and offshore. In recent years, improvements to equipment and material quality have enhanced the technical credibility of the thermal spraying processes, leading to a significant growth in new markets, e.g., biomedical, dielectric and electronic coatings. This manual provides guidance on thermal spray coating systems to engineering, operations, maintenance, and construction personnel and other individuals responsible for the protection of civil works structures. It gives broad-base instructions on corrosion protection using thermal sprayed coatings and state-of-the-art procedures that can be employed on projects, which can aid in attaining better and, from a long-range viewpoint, more economical thermal spray jobs. General Description of Thermal Spraying Characteristics of Thermal Spray Coatings Types of Thermal Spray Coatings Thermal Spray Coating Cost and Service Life Thermal Spray Coating Selection Other Considerations in Coating Selection Thermal Spray Selection for Ferrous Metal Surfaces in Fresh Water Thermal Spray Selection for Ferrous Metal Surfaces in Seawater Thermal Spray Selection for Ferrous Metal Surfaces Exposed to the Atmosphere Thermal Spray Selection for Ferrous Metal Surfaces Exposed to High Temperatures Thermal Spray Selection for Zebra Mussel Protection Thermal Spray Coatings for Cathodic Protection of Reinforcing Steel in Concrete Thermal Spray Nonskid Coatings Thermal Spray Coatings for Cavitation/Erosion Protection Thermal Spray Coatings for Partially Submerged Structures Minimizing Surface Preparation Costs Preparing Pitted Steel and Edge Surfaces Surface Preparation Standards and Specifications Thermal Spray Coating Application Ambient Conditions Required for Thermal Spray Thermal Spray Application Techniques Thermal Spray Equipment Operation Coverage of Thermal Spray Coatings Sequence of Thermal Spray Application Sealing and Painting of Thermal Spray CoatingsPurpose of Sealers Thermal Spray Coating Inspection and Testing Reference Samples and the Thermal Spray Job Reference Standard Presurface Preparation Inspection Measuring Ambient Conditions Prior to Blasting Assessing Compressed Air Cleanliness Determining Abrasive Cleanliness Examining the Blast Nozzle Orifice Inspecting Surface Cleanliness Measuring Ambient Conditions Prior to Thermal Spraying Bend Testing to Evaluate Equipment Setup Measuring the Coating Thickness Inspecting the Appearance of the Applied Coating Adhesion Testing for Quality Control Thermal Spray Applicator and Equipment Qualification Equipment Qualification Procedure Applicator Qualification Procedure Maintenance of Thermal Spray Coatings Assessing the Condition of Thermal Spray Coatings Safe Surface Preparation Procedures Safe Sealing and Painting Procedures Environment and Worker Protection Regulations Summary Description of CEGS-09971, "Metallizing: Hydraulic Structures" USACE Field Experience and Lessons Learned graphics on this page are for illustrative purposes only; may differ from item's. (please look at our rules and privacy policy) |
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