Influence of Tin-Chloride Pretreatment on Mirror Coating Adhesion

A. Nagy; Norbert Hegman

doi:10.4028/www.scientific.net/MSF.473-474.465

Paper Titles

Acetabular Cup Deformation and Strength Improvement by Physical Crosslinking
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Partial Electron Beam Hardening of Cast Iron Camshafts
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Evolution of the Microstructure of Al 6082 Alloy during Equal-Channel Angular Pressing
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Nanocrystalline Soft Magnetic Cores in Applications
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Influence of Tin-Chloride Pretreatment on Mirror Coating Adhesion
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A Comparative Examination of the Friction Coefficient of two Different Sliding Bearing
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Excellent Magnetic Properties, Domain and Atomic Structure of Specially Heat Treated Finemet Type Materials
p.477

Mechanical Properties of Seals in High Pressure Sodium Lamp
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Determination of Residual Stresses in Hot Extruded Rod
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Influence of Tin-Chloride Pretreatment on Mirror Coating Adhesion

Abstract:

Our research focused on the adhesion properties of mirror coating on silica float glass due to applying different quantity of tin-chloride sensitizing agent. Investigation was carried out to detect the distribution and quantity of tin containing clusters deposited on the glass surface working as crystallization centre. The adhesion properties of coatings were tested by scratch test where critical peeling forces were evaluated. The morphology of the formed scratch track was measured with scanning electron microscope. The surface topography was scanned by AFM technique.