ASME CORROSION/EROSION FOUR SECTION PLATE 0.25” 1018 Carbon Steel Corrosion, Erosion, and Lamination UT Thickness Training & Certification Plates Material: • 1018 carbon steel Specification: • Plates will be divided into 4 quadrants with machined scribe lines with each quadrant identified Alpha/Numerically on plate. • The opposing side (host side) of the plate will host 2 randomly placed simulated corrosion, erosion and/or laminations. • The quadrant selection and indication depth will be selected randomly or selected by the client. • Dimension 6” (W) x 6” (L) x 0.25” (T). • The through wall depths of the indications will vary but the target depths will range from ¼, ½ & ¾ T. • The recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. • The host side of the plate will be covered with a “removable” cover plate Documentation: • Certificate of Conformance, “As Built” CAD and Measuring & Test Equipment Certificates

ASME CORROSION/EROSION FOUR SECTION PLATE 0.375” 1018 Carbon Steel Corrosion, Erosion, and Lamination UT Thickness Training & Certification Plates Material: • 1018 carbon steel Specification: • Plates will be divided into 4 quadrants with machined scribe lines with each quadrant identified Alpha/Numerically on plate. • The opposing side (host side) of the plate will host 2 randomly placed simulated corrosion, erosion and/or laminations. • The quadrant selection and indication depth will be selected randomly or selected by the client. • Dimension 6” (W) x 6” (L) x 0.375” (T). • The through wall depths of the indications will vary but the target depths will range from ¼, ½ & ¾ T. • The recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. • The host side of the plate will be covered with a “removable” cover plate Documentation: • Certificate of Conformance, “As Built” CAD and Measuring & Test Equipment Certificates

ASME CORROSION/EROSION FOUR SECTION PLATE 0.50” 1018 Carbon Steel Corrosion, Erosion, and Lamination UT Thickness Training & Certification Plates Material: • 1018 carbon steel Specification: • Plates will be divided into 4 quadrants with machined scribe lines with each quadrant identified Alpha/Numerically on plate. • The opposing side (host side) of the plate will host 2 randomly placed simulated corrosion, erosion and/or laminations. • The quadrant selection and indication depth will be selected randomly or selected by the client. • Dimension 6” (W) x 6” (L) x 0.50” (T). • The through wall depths of the indications will vary but the target depths will range from ¼, ½ & ¾ T. • The recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. • The host side of the plate will be covered with a “removable” cover plate Documentation: • Certificate of Conformance, “As Built” CAD and Measuring & Test Equipment Certificates

ASME CORROSION/EROSION FOUR SECTION PLATE 0.6” 1018 Carbon Steel Corrosion, Erosion, and Lamination UT Thickness Training & Certification Plates Material: • 1018 carbon steel Specification: • Plates will be divided into 4 quadrants with machined scribe lines with each quadrant identified Alpha/Numerically on plate. • The opposing side (host side) of the plate will host 2 randomly placed simulated corrosion, erosion and/or laminations. • The quadrant selection and indication depth will be selected randomly or selected by the client. • Dimension 6” (W) x 6” (L) x 0.6” (T). • The through wall depths of the indications will vary but the target depths will range from ¼, ½ & ¾ T. • The recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. • The host side of the plate will be covered with a “removable” cover plate Documentation: • Certificate of Conformance, “As Built” CAD and Measuring & Test Equipment Certificates

ASME CORROSION/EROSION FOUR SECTION PLATE 0.75” 1018 Carbon Steel Corrosion, Erosion, and Lamination UT Thickness Training & Certification Plates Material: • 1018 carbon steel Specification: • Plates will be divided into 4 quadrants with machined scribe lines with each quadrant identified Alpha/Numerically on plate. • The opposing side (host side) of the plate will host 2 randomly placed simulated corrosion, erosion and/or laminations. • The quadrant selection and indication depth will be selected randomly or selected by the client. • Dimension 6” (W) x 6” (L) x 0.75” (T). • The through wall depths of the indications will vary but the target depths will range from ¼, ½ & ¾ T. • The recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. • The host side of the plate will be covered with a “removable” cover plate Documentation: • Certificate of Conformance, “As Built” CAD and Measuring & Test Equipment Certificates

ASME CORROSION/EROSION FOUR SECTION PLATE 1” 1018 Carbon Steel Corrosion, Erosion, and Lamination UT Thickness Training & Certification Plates Material: • 1018 carbon steel Specification: • Plates will be divided into 4 quadrants with machined scribe lines with each quadrant identified Alpha/Numerically on plate. • The opposing side (host side) of the plate will host 2 randomly placed simulated corrosion, erosion and/or laminations. • The quadrant selection and indication depth will be selected randomly or selected by the client. • Dimension 6” (W) x 6” (L) x 1” (T). • The through wall depths of the indications will vary but the target depths will range from ¼, ½ & ¾ T. • The recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. • The host side of the plate will be covered with a “removable” cover plate Documentation: • Certificate of Conformance, “As Built” CAD and Measuring & Test Equipment Certificates

ASME CORROSION/EROSION FOUR SECTION PLATE 0.25” 304 Stainless Steel Corrosion, Erosion, and Lamination UT Thickness Training & Certification Plates Material: • 304 Stainless Steel Specification: • Plates will be divided into 4 quadrants with machined scribe lines with each quadrant identified Alpha/Numerically on plate. • The opposing side (host side) of the plate will host 2 randomly placed simulated corrosion, erosion and/or laminations. • The quadrant selection and indication depth will be selected randomly or selected by the client. • Dimension 6” (W) x 6” (L) x 0.25” (T). • The through wall depths of the indications will vary but the target depths will range from ¼, ½ & ¾ T. • The recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. • The host side of the plate will be covered with a “removable” cover plate Documentation: • Certificate of Conformance, “As Built” CAD and Measuring & Test Equipment Certificates

ASME CORROSION/EROSION FOUR SECTION PLATE 0.375” 304 Stainless Steel Corrosion, Erosion, and Lamination UT Thickness Training & Certification Plates Material: • 304 Stainless Steel Specification: • Plates will be divided into 4 quadrants with machined scribe lines with each quadrant identified Alpha/Numerically on plate. • The opposing side (host side) of the plate will host 2 randomly placed simulated corrosion, erosion and/or laminations. • The quadrant selection and indication depth will be selected randomly or selected by the client. • Dimension 6” (W) x 6” (L) x 0.375” (T). • The through wall depths of the indications will vary but the target depths will range from ¼, ½ & ¾ T. • The recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. • The host side of the plate will be covered with a “removable” cover plate Documentation: • Certificate of Conformance, “As Built” CAD and Measuring & Test Equipment Certificates

ASME CORROSION/EROSION FOUR SECTION PLATE 0.50” 304 Stainless Steel Corrosion, Erosion, and Lamination UT Thickness Training & Certification Plates Material: • 304 Stainless Steel Specification: • Plates will be divided into 4 quadrants with machined scribe lines with each quadrant identified Alpha/Numerically on plate. • The opposing side (host side) of the plate will host 2 randomly placed simulated corrosion, erosion and/or laminations. • The quadrant selection and indication depth will be selected randomly or selected by the client. • Dimension 6” (W) x 6” (L) x 0.50” (T). • The through wall depths of the indications will vary but the target depths will range from ¼, ½ & ¾ T. • The recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. • The host side of the plate will be covered with a “removable” cover plate Documentation: • Certificate of Conformance, “As Built” CAD and Measuring & Test Equipment Certificates

ASME CORROSION/EROSION FOUR SECTION PLATE 0.6” 304 Stainless Steel Corrosion, Erosion, and Lamination UT Thickness Training & Certification Plates Material: • 304 Stainless Steel Specification: • Plates will be divided into 4 quadrants with machined scribe lines with each quadrant identified Alpha/Numerically on plate. • The opposing side (host side) of the plate will host 2 randomly placed simulated corrosion, erosion and/or laminations. • The quadrant selection and indication depth will be selected randomly or selected by the client. • Dimension 6” (W) x 6” (L) x 0.6” (T). • The through wall depths of the indications will vary but the target depths will range from ¼, ½ & ¾ T. • The recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. • The host side of the plate will be covered with a “removable” cover plate Documentation: • Certificate of Conformance, “As Built” CAD and Measuring & Test Equipment Certificates

ASME CORROSION/EROSION FOUR SECTION PLATE 0.75” 304 Stainless Steel Corrosion, Erosion, and Lamination UT Thickness Training & Certification Plates Material: • 304 Stainless Steel Specification: • Plates will be divided into 4 quadrants with machined scribe lines with each quadrant identified Alpha/Numerically on plate. • The opposing side (host side) of the plate will host 2 randomly placed simulated corrosion, erosion and/or laminations. • The quadrant selection and indication depth will be selected randomly or selected by the client. • Dimension 6” (W) x 6” (L) x 0.75” (T). • The through wall depths of the indications will vary but the target depths will range from ¼, ½ & ¾ T. • The recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. • The host side of the plate will be covered with a “removable” cover plate Documentation: • Certificate of Conformance, “As Built” CAD and Measuring & Test Equipment Certificates

ASME CORROSION/EROSION FOUR SECTION PLATE 1” 304 Stainless Steel Corrosion, Erosion, and Lamination UT Thickness Training & Certification Plates Material: • 304 Stainless Steel Specification: • Plates will be divided into 4 quadrants with machined scribe lines with each quadrant identified Alpha/Numerically on plate. • The opposing side (host side) of the plate will host 2 randomly placed simulated corrosion, erosion and/or laminations. • The quadrant selection and indication depth will be selected randomly or selected by the client. • Dimension 6” (W) x 6” (L) x 1” (T). • The through wall depths of the indications will vary but the target depths will range from ¼, ½ & ¾ T. • The recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. • The host side of the plate will be covered with a “removable” cover plate Documentation: • Certificate of Conformance, “As Built” CAD and Measuring & Test Equipment Certificates