NOVELTY - An organic polymer-glass laminate (10) comprises, sequentially, a first organic polymer layer (28), a glass layer (22), and a first silane-containing polyolefin layer (26), where the glass layer has spaced-apart opposing first and second faces (21 and 23), the first and second faces are spaced-apart by a distance of 25-500 mu m; the first organic polymer layer is in direct adhering operative contact to the first face of the glass layer and the first silane-containing polyolefin layer is in direct adhering operative contact to the second face of the glass layer.    USE - As organic polymer-glass laminate particularly sealed glass laminate used in electronic or optical device (claimed).    ADVANTAGE - The composite laminates preferably have desirable vapor and gas barrier properties and mechanical damage resistance and at the same time satisfy other important functional preferences such as, toughness, flexibility, light transmittance, weatherability, self-cleaning capability, thermal stability, resistance to oxidation, scratch and mar resistance, and interlayer adhesiveness. The improved properties of laminates make them especially useful for protecting articles sensitive to mechanical damage and water- or oxygen-based degradation. The organic polymer-glass laminate passes a simulated hail impact test based on standard IEC 1262; and at least one of a water vapor transmission rate through the organic polymer-glass laminate of less than 0.0004 g of water vapor per square meter of an exposed surface area of the organic polymer-glass laminate per day and an oxygen gas transmission rate through the organic polymer-glass laminate of less than 0.0001 cubic centimeters of oxygen gas per (square meter of the exposed surface area, day, bar (cm3/(m2asteriskdayasteriskbar)). The organic polymer-glass laminate has a light transmittance of at least 80% of an incident light through the organic polymer-glass laminate, the incident light has a wavelength of 380-1200 nm. The organic polymer-glass laminate is tough and flexible as determined by a two-point bending test, where the toughness is measured by average extension in mm and average load in kg as measured using the two-point bending test, where the average extension is greater than or equal to 77 mm and the average load is greater than or equal to 0.17 kg; the flexibility is measured as an average measured or calculated bending curvature in mm from extension at break using the two-point bending test, where the measured or calculated average bending curvature is less than or equal to 500 mm.    DETAILED DESCRIPTION - An organic polymer-glass laminate (10) comprises, sequentially, a first organic polymer layer (28), a glass layer (22), and a first silane-containing polyolefin layer (26), the glass layer having spaced-apart opposing first and second faces (21 and 23), the first and second faces being spaced-apart by a distance of 25-500 mm; the first organic polymer layer being in direct adhering operative contact to the first face of the glass layer and the first silane-containing polyolefin layer being in direct adhering operative contact to the second face of the glass layer; the organic polymer-glass laminate passes a simulated hail impact test based on standard IEC 1262; and at least one of a water vapor transmission rate through the organic polymer-glass laminate of less than 0.0004 g of water vapor per square meter of an exposed surface area of the organic polymer-glass laminate per day and an oxygen gas transmission rate through the organic polymer-glass laminate of less than 0.0001 cubic centimeters of oxygen gas per (square meter of the exposed surface area, day, bar (cm3/(m2asteriskdayasteriskbar)). INDEPENDENT CLAIMS are included for the following: 1) a sealed glass laminate comprising at least two organic polymer layers and a sealed glass layer, the sealed glass layer comprising a glass having microscopic structural defects sealed with a silane-containing polyolefin against transmission of a vapor or gas through it, the sealed glass layer having a thickness of 25-500 mu m; the sealed glass laminate passes a simulated hail impact test based on standard IEC 1262 and both of a water vapor transmission rate through the sealed glass laminate of less than 0.0004 g of water vapor per square meter of an exposed surface area of the glass per day and an oxygen gas transmission rate through the sealed glass laminate of less than 0.0001 cubic centimeters of oxygen gas per (square meter of the exposed surface area, day, bar (cm3/(m2asteriskdayasteriskbar)); #an electronic or optical device comprising the laminate; 2) manufacturing the organic polymer-glass laminate involving: applying the first organic polymer layer to the first face of the glass layer and applying the first silane-containing polyolefin layer to the second face of the glass layer so as to form a three-layer sandwich structure; and laminating the three-layer sandwich structure under laminating conditions so as to form the organic polymer-glass laminate, each of the organic polymer and silane-containing polyolefin has a coefficient of linear thermal expansion of less than 0.00001 per degree Kelvin from the coefficient of linear thermal expansion of the silane-containing polyolefin.    DESCRIPTION OF DRAWING(S) - The figure shows an idealized elevation view of the organic polymer-glass laminate.    Organic polymer-glass laminate (10)    Glass layer (22)    First and second faces (21 and 23)    First silane-containing polyolefin layer (26)    First organic polymer layer (28)