IOW Calibration Block (Inch Version) Special Alloy Used for beam profile measurement of angle beam transducers and measurement of transducer angles. Block used for calibrates resolution check for angle beam transducer, also used for angle beam plotting, to plot beam divergence for shear wave transducer. Analysis of amplitude with respect to exit point is carried out for each angle using data points from depths corresponding to side drilled holes in an IOW block. Graphed and tabulated results are analyzed for trends. This modeling analysis is then compared to actual lab results for refracted angle determination. Geometry: Contains nine 0.06" diameter x 0.86" deep side drilled holes. Dimensions: 12"(L) x 3"(H) x 2"(W) Material: Special Alloy

IOW Calibration Block (Inch Version) 1018 Steel Used for beam profile measurement of angle beam transducers and measurement of transducer angles. Block used for calibrates resolution check for angle beam transducer, also used for angle beam plotting, to plot beam divergence for shear wave transducer. Analysis of amplitude with respect to exit point is carried out for each angle using data points from depths corresponding to side drilled holes in an IOW block. Graphed and tabulated results are analyzed for trends. This modeling analysis is then compared to actual lab results for refracted angle determination. Geometry: Contains nine 0.06" diameter x 0.86" deep side drilled holes. Dimensions: 12"(L) x 3"(H) x 2"(W) Material: 1018 Steel

IOW Calibration Block (Inch Version) STAINLESS STEEL 304 Used for beam profile measurement of angle beam transducers and measurement of transducer angles. Block used for calibrates resolution check for angle beam transducer, also used for angle beam plotting, to plot beam divergence for shear wave transducer. Analysis of amplitude with respect to exit point is carried out for each angle using data points from depths corresponding to side drilled holes in an IOW block. Graphed and tabulated results are analyzed for trends. This modeling analysis is then compared to actual lab results for refracted angle determination. Geometry: Contains nine 0.06" diameter x 0.86" deep side drilled holes. Dimensions: 12"(L) x 3"(H) x 2"(W) Material: STAINLESS STEEL 304.

IOW Calibration Block (Inch Version) STAINLESS STEEL 316 Used for beam profile measurement of angle beam transducers and measurement of transducer angles. Block used for calibrates resolution check for angle beam transducer, also used for angle beam plotting, to plot beam divergence for shear wave transducer. Analysis of amplitude with respect to exit point is carried out for each angle using data points from depths corresponding to side drilled holes in an IOW block. Graphed and tabulated results are analyzed for trends. This modeling analysis is then compared to actual lab results for refracted angle determination. Geometry: Contains nine 0.06" diameter x 0.86" deep side drilled holes. Dimensions: 12"(L) x 3"(H) x 2"(W) Material: STAINLESS STEEL 316.

IOW Calibration Block (Inch Version) TITANIUM Used for beam profile measurement of angle beam transducers and measurement of transducer angles. Block used for calibrates resolution check for angle beam transducer, also used for angle beam plotting, to plot beam divergence for shear wave transducer. Analysis of amplitude with respect to exit point is carried out for each angle using data points from depths corresponding to side drilled holes in an IOW block. Graphed and tabulated results are analyzed for trends. This modeling analysis is then compared to actual lab results for refracted angle determination. Geometry: Contains nine 0.06" diameter x 0.86" deep side drilled holes. Dimensions: 12"(L) x 3"(H) x 2"(W) Material: TITANIUM.

IOW Calibration Block (Inch Version) ALUMINUM 7075-T6 Used for beam profile measurement of angle beam transducers and measurement of transducer angles. Block used for calibrates resolution check for angle beam transducer, also used for angle beam plotting, to plot beam divergence for shear wave transducer. Analysis of amplitude with respect to exit point is carried out for each angle using data points from depths corresponding to side drilled holes in an IOW block. Graphed and tabulated results are analyzed for trends. This modeling analysis is then compared to actual lab results for refracted angle determination. Geometry: Contains nine 0.06" diameter x 0.86" deep side drilled holes. Dimensions: 12"(L) x 3"(H) x 2"(W) Material: ALUMINUM 7075-T6

IOW Calibration Block (Inch Version) INCONEL 625 Used for beam profile measurement of angle beam transducers and measurement of transducer angles. Block used for calibrates resolution check for angle beam transducer, also used for angle beam plotting, to plot beam divergence for shear wave transducer. Analysis of amplitude with respect to exit point is carried out for each angle using data points from depths corresponding to side drilled holes in an IOW block. Graphed and tabulated results are analyzed for trends. This modeling analysis is then compared to actual lab results for refracted angle determination. Geometry: Contains nine 0.06" diameter x 0.86" deep side drilled holes. Dimensions: 12"(L) x 3"(H) x 2"(W) Material: INCONEL 625.

IOW Calibration Block (Inch Version) MONAL 800 Used for beam profile measurement of angle beam transducers and measurement of transducer angles. Block used for calibrates resolution check for angle beam transducer, also used for angle beam plotting, to plot beam divergence for shear wave transducer. Analysis of amplitude with respect to exit point is carried out for each angle using data points from depths corresponding to side drilled holes in an IOW block. Graphed and tabulated results are analyzed for trends. This modeling analysis is then compared to actual lab results for refracted angle determination. Geometry: Contains nine 0.06" diameter x 0.86" deep side drilled holes. Dimensions: 12"(L) x 3"(H) x 2"(W) Material: MONAL 800.