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  • Coating Thickness Measurement: The Fundamentals
    Coating thickness measurement is a concern for both finishers and for companies receiving finished components. Defective coatings lead to rust. As a result, product liability requires quality control of coatings, and in many cases documentation of measurements in an electronic format. Conflicts can
  • Measure Automotive Coating Thickness
    Quality control of painting processes in automobile manufacturing is becoming increasingly important. The requirements for efficient corrosion protection and paint quality are growing with the simultaneous goal of reducing costs. Utilizing technological advancements to reduce costs and improve
  • Measuring Duplex Coating Thickness Applications
    As with any corrosion protection system, the thickness of the individual coatings is an important quality factor in duplex coatings. For obvious reasons, not least as a result of the costs involved, the thickness measurement should be non-destructive. A newly developed measuring method
  • New Industrial Calotest for Improved Coating Thickness Determination
  • New Calowear Tester for Characterization of Coating Thickness and Wear Properties
  • Coating Formation Rate
    using the METALAST Process Control System (MPCS) according to the chosen recipes with a target thickness of anodic coatings. The resultant coating thickness was measured using an Isoscope (Fischer Scientific, MP2C). The coating formation rates were calculated by dividing the target thickness
  • Solution Delivery for High Precision Coating
    Solution Delivery for High Precision Coating. By Jason Payne, PhD, Director. Precision coating is an advanced operation that encompasses sophisticated and highly controlled functions, including the distribution of liquid across a conveying web and the control of coating thickness in the down-web
  • Interdependencies Between Fluid Design and Coating Methods
    .  There is a highly interdependent relationship between coating techniques and fluids, making consideration of both at the same time very important. . “Fluid design” is influenced by the desired optimal final coating thickness, the number of layers, the expected curing and handling of the material
  • The Coating Formation Efficiency of the METALAST Anodizing Processes
    be anodized to produce a targeted thickness of the ceramic coating on its surface with a tight tolerance at a selective current density with the METALAST technology, which provides anodizers with full flexibility in production arrangement and consistent quality assurance. These results can help anodizers
  • Accuracy of Desired Oxide Thickness: Demonstrated Conformance to Desired Oxide Thickness Within a Range of 2-5%
    control the anodizing process to build the anodic coating to a desired thickness. The high accuracy of the anodic coating thickness achieved with this computer control process is one of the advantages of the METALAST process. Manual processes typically vary 10-20% or more. Various aluminum alloys

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  • Thermal Spray Fundamentals
    1124 15.2.8 Coating Thickness . . . . . . . . . . . . . . . . . . . . . . . . . . .
  • ZCP2013ITSCL
    Besides the manufacture of the thermal cycling specimens, 316L steel substrates were also coated in order to characterize the as-sprayed coating microstructure, coatings thickness , and coatings porosity.
  • Encyclopaedia of international corrosion standards
    ...10 Requirements for Vitreous Enamel Coatings 16.11 Requirements for Protective Paint Coatings 17 Methods for Inspecting Metallic and Other Inorganic Coatings 17.1 Sample Selection 17.2 General Requirements for Checking Thickness 17.3 Checking Coating Thickness by Non-Destructive Methods...