No tracking number?
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 6mm 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 150mm (W) x 150mm (L) x 6mm (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 10mm 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 150mm (W) x 150mm (L) x 10mm (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 12.5mm 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 150mm (W) x 150mm (L) x 12.5mm (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 15mm 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 150mm (W) x 150mm (L) x 15mm (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
We "NDE Flaw Technologies Private Limited from INDIA" commonly known as NDE FLAW TECH. The company was established in 2012 and incorporated in 2015, the company is working as per Indian government rules and regulations. .
NDE FLAW TECH
support@ndeflawtechnologies.com 
+91-94451940012020 NDETECH All Right Reserved.
+91-9445194001
support@ndeflawtechnologies.com