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ALUMINUM_SENSITIVITY_TEST_BLOCK
Aluminum Test Block (for Sensitivity) Cracked aluminum block compares sensitivity of different penetrants or sensitivity of new and old penetrants.
These solid copper rods (copper type 110) provide circular magnetization of hollow parts
These solid copper rods (copper type 110) provide circular magnetization of hollow parts
These solid copper rods (copper type 110) provide circular magnetization of hollow parts
Central Conductor Kit, Includes one each of . Dia50″ L 15.875″, .Dia75″ L 15.875" Dia1.00″ L 15.875″″ These solid copper rods (copper type 110) provide circular magnetization of hollow parts
Copper Pad (5″x7″) Used to prevent arc burn by helping to maintain proper electrical contact between test parts and contact heads.
Copper Pad Assembly (2 Copper Pads & V-Block) Double-Braided Pad with V-Block. Heavy copper braid provides contact over greater surface area. Built with neoprene, the V-block base centers and supports test parts. The pad can be reversed to provide two wear faces. Fits all units except A-915 and the smaller MAG Series units.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 4” with length 300mm Thickness – 12 mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 4” with length 300mm Thickness – 12 mm Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 6” with length 300mm Thickness – 20 mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 6” with length 300mm Thickness – 20 mm Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 8” with length 300mm Thickness – 25 mm Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 8” with length 300mm Thickness – 25 mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 25mm-Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 30mm-Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 15mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 30mm-Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 15mm-Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 25mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion.
Calibration Standards for tube inspections Our experience in dealing with all simulated flaws from EDMs notches to thinning and expansions puts us in a unique position to recommend procedures and implement standards that increase your probability of detection during inspection of plants worldwide. A large list of tubing as per ASME standards are available. Also, we can develop customized solutions that meet the specific needs of our customers. Whether you need tube supports, uncommon flaws or specialized packaging for the standards, NDE can support. We specialize in custom eddy current tubes, Eddy Current Tube Standards. Ready to request a quote for a standard? What is the material? (Alloy, OD, and Wall) Is there any specification, the standard needs to comply with? (ASME, etc.) And have years of experience in machining a huge range of defects. From TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, to ID FBHs, RBHs, ID contoured flats, 120°/180° wear scars, tapered flaws, and tube-to-tube wear.
Heavy Duty Lead Contact Plate. Copper impregnated lead contact plate that lasts 10 times longer than lead contact plates. Size: 6-3/4” (171.45mm) x 6-5/8” (168.275mm) x 1/4” (6.35mm) thick Fits all units except A-915 and the smaller MAG Series units.
Calibration Standards for tube inspections Our experience in dealing with all simulated flaws from EDMs notches to thinning and expansions puts us in a unique position to recommend procedures and implement standards that increase your probability of detection during inspection of plants worldwide. A large list of tubing as per ASME standards are available. Also, we can develop customized solutions that meet the specific needs of our customers. Whether you need tube supports, uncommon flaws or specialized packaging for the standards, NDE can support. We specialize in custom eddy current tubes, Eddy Current Tube Standards. Ready to request a quote for a standard? What is the material? (Alloy, OD, and Wall) Is there any specification, the standard needs to comply with? (ASME, etc.) And have years of experience in machining a huge range of defects. From TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, to ID FBHs, RBHs, ID contoured flats, 120°/180° wear scars, tapered flaws, and tube-to-tube wear.
Calibration Standards for tube inspections Our experience in dealing with all simulated flaws from EDMs notches to thinning and expansions puts us in a unique position to recommend procedures and implement standards that increase your probability of detection during inspection of plants worldwide. A large list of tubing as per ASME standards are available. Also, we can develop customized solutions that meet the specific needs of our customers. Whether you need tube supports, uncommon flaws or specialized packaging for the standards, NDE can support. We specialize in custom eddy current tubes, Eddy Current Tube Standards. Ready to request a quote for a standard? What is the material? (Alloy, OD, and Wall) Is there any specification, the standard needs to comply with? (ASME, etc.) And have years of experience in machining a huge range of defects. From TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, to ID FBHs, RBHs, ID contoured flats, 120°/180° wear scars, tapered flaws, and tube-to-tube wear
Large Copper Pad (5″ x 10″) Used to prevent arc burn by helping to maintain proper electrical contact between test parts and contact heads.
Large Copper Pad Assembly 12" x 12" (2 Copper Pads & V-Block) Double-Braided Pad with V-Block. Heavy copper braid provides contact over greater surface area. Built with neoprene, the V-block base centers and supports test parts. The pad can be reversed to provide two wear faces. Replaces standard pads with no modifications needed.
Lead Contact Plate. Duplicates original headstock/tailstock contact plates. The soft lead provides excellent contact with test part. Size: 6-3/4” (171.45mm) x 6-5/8” (168.275mm) x 1/4” (6.35mm) thick. (Fits all units except A-915 and the smaller MAG Series units.)
Magnetic Flux Indicators Flexible indicators used to detect appropriate levels of magnetic field strength and directional orientation during the magnetic particle testing process. Each indicator contains three milled slots with widths of .0075", .009" and .010" that share a common depth.
Calibration Standards for tube inspections Our experience in dealing with all simulated flaws from EDMs notches to thinning and expansions puts us in a unique position to recommend procedures and implement standards that increase your probability of detection during inspection of plants worldwide. A large list of tubing as per ASME standards are available. Also, we can develop customized solutions that meet the specific needs of our customers. Whether you need tube supports, uncommon flaws or specialized packaging for the standards, NDE can support. We specialize in custom eddy current tubes, Eddy Current Tube Standards. Ready to request a quote for a standard? What is the material? (Alloy, OD, and Wall) Is there any specification, the standard needs to comply with? (ASME, etc.) And have years of experience in machining a huge range of defects. From TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, to ID FBHs, RBHs, ID contoured flats, 120°/180° wear scars, tapered flaws, and tube-to-tube wear
Miniature QQI Model# KSC-4-230. Similar to KSC230, except miniature design for small areas on test part. The four circles may be cut apart for individual use. Flaw depth of 30% of Shim thickness, .002” thick.
NA-16 Notch Defect Test Bar he NA-16 Notch Test Bar complies with the requirements of MIL-STD-271E and F (Ships), paragraph 4.3.1.2, and NAVSEA-TB-T9074-AS-GIB-010/271. The procedure specifies an inspection with the ability to detect the smallest rejectable surface defects, artificial or natural, in a test specimen.
ALUMINUM_SENSITIVITY_TEST_BLOCK
Aluminum Test Block (for Sensitivity)

Aluminum Test Block (for Sensitivity)

Cracked aluminum block compares sensitivity of different penetrants or sensitivity of new and old penetrants.
Aluminum Test Block (for Sensitivity) Cracked aluminum block compares sensitivity of different penetrants or sensitivity of new and old penetrants.
Central Conductor Dia1.00″ L 15.875″
These solid copper rods (copper type 110) provide circular magnetization of hollow parts
These solid copper rods (copper type 110) provide circular magnetization of hollow parts
Central Conductor Dia50″ L 15.875″
These solid copper rods (copper type 110) provide circular magnetization of hollow parts
These solid copper rods (copper type 110) provide circular magnetization of hollow parts
Central Conductor Dia75″ L 15.875"
These solid copper rods (copper type 110) provide circular magnetization of hollow parts
These solid copper rods (copper type 110) provide circular magnetization of hollow parts
Central Conductor Kit
Central Conductor Kit, Includes one each of . Dia50″ L 15.875″, .Dia75″ L 15.875" Dia1.00″ L 15.875″″ These solid copper rods (copper type 110) provide circular magnetization of hollow parts
Central Conductor Kit, Includes one each of . Dia50″ L 15.875″, .Dia75″ L 15.875" Dia1.00″ L 15.875″″ These solid copper rods (copper type 110) provide circular magnetization of hollow parts
Copper Pad
Copper Pad (5″x7″) Used to prevent arc burn by helping to maintain proper electrical contact between test parts and contact heads.
Copper Pad (5″x7″) Used to prevent arc burn by helping to maintain proper electrical contact between test parts and contact heads.
Copper Pad Assembly
Copper Pad Assembly (2 Copper Pads & V-Block) Double-Braided Pad with V-Block. Heavy copper braid provides contact over greater surface area. Built with neoprene, the V-block base centers and supports test parts. The pad can be reversed to provide two wear faces. Fits all units except A-915 and the smaller MAG Series units.
Copper Pad Assembly (2 Copper Pads & V-Block) Double-Braided Pad with V-Block. Heavy copper braid provides contact over greater surface area. Built with neoprene, the V-block base centers and supports test parts. The pad can be reversed to provide two wear faces. Fits all units except A-915 and the smaller MAG Series units.
Corrosion, Erosion, Pipe OD 4” Thickness 12 mm–Carbon Steel
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 4” with length 300mm Thickness – 12 mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 4” with length 300mm Thickness – 12 mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, Pipe OD 4” Thickness 12 mm–Stainless Steel
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 4” with length 300mm Thickness – 12 mm Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 4” with length 300mm Thickness – 12 mm Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, Pipe OD 6” Thickness 20 mm–Carbon Steel
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 6” with length 300mm Thickness – 20 mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 6” with length 300mm Thickness – 20 mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, Pipe OD 6” Thickness 20 mm–Stainless Steel
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 6” with length 300mm Thickness – 20 mm Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 6” with length 300mm Thickness – 20 mm Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, Pipe OD 8” Thickness 25 mm– Stainless Steel
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 8” with length 300mm Thickness – 25 mm Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 8” with length 300mm Thickness – 25 mm Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, Pipe OD 8” Thickness 25 mm–Carbon Steel
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 8” with length 300mm Thickness – 25 mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Pipe Pipe Dimensions: OD 8” with length 300mm Thickness – 25 mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion. The host side of the Pipe will be covered with a “removable” cover plate
Corrosion, Erosion, Plate Thickness–25mm Stainless Steel
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 25mm-Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 25mm-Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, Plate Thickness–30mm Stainless Steel
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 30mm-Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 30mm-Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, Plates Thickness – 15mm Carbon Steel
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 15mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 15mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, Plates Thickness – 30mm Carbon Steel
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 30mm-Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 30mm-Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, Plates Thickness–15mm Stainless Steel
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 15mm-Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 15mm-Stainless Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions 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
Corrosion, Erosion, Plates Thickness–25mm Carbon Steel
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 25mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion.
Corrosion, Erosion, UT Thickness Training & Certification Plates. Corrosion/Erosion and Pitting Specimens Plate Plate Dimensions: length 300mm X Width 200mm Thickness – 25mm Carbon Steel Corrosion/Erosion defects were placed randomly on the specimens. Some of specimens will have naturally obtained corrosions/erosions recorded depth of the corrosion indications will be based on the deepest spot within the field of corrosion.
ECT Tube
Calibration Standards for tube inspections Our experience in dealing with all simulated flaws from EDMs notches to thinning and expansions puts us in a unique position to recommend procedures and implement standards that increase your probability of detection during inspection of plants worldwide. A large list of tubing as per ASME standards are available. Also, we can develop customized solutions that meet the specific needs of our customers. Whether you need tube supports, uncommon flaws or specialized packaging for the standards, NDE can support. We specialize in custom eddy current tubes, Eddy Current Tube Standards. Ready to request a quote for a standard? What is the material? (Alloy, OD, and Wall) Is there any specification, the standard needs to comply with? (ASME, etc.) And have years of experience in machining a huge range of defects. From TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, to ID FBHs, RBHs, ID contoured flats, 120°/180° wear scars, tapered flaws, and tube-to-tube wear.
Calibration Standards for tube inspections Our experience in dealing with all simulated flaws from EDMs notches to thinning and expansions puts us in a unique position to recommend procedures and implement standards that increase your probability of detection during inspection of plants worldwide. A large list of tubing as per ASME standards are available. Also, we can develop customized solutions that meet the specific needs of our customers. Whether you need tube supports, uncommon flaws or specialized packaging for the standards, NDE can support. We specialize in custom eddy current tubes, Eddy Current Tube Standards. Ready to request a quote for a standard? What is the material? (Alloy, OD, and Wall) Is there any specification, the standard needs to comply with? (ASME, etc.) And have years of experience in machining a huge range of defects. From TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, to ID FBHs, RBHs, ID contoured flats, 120°/180° wear scars, tapered flaws, and tube-to-tube wear.
Heavy Duty Lead Contact Plate
Heavy Duty Lead Contact Plate. Copper impregnated lead contact plate that lasts 10 times longer than lead contact plates. Size: 6-3/4” (171.45mm) x 6-5/8” (168.275mm) x 1/4” (6.35mm) thick Fits all units except A-915 and the smaller MAG Series units.
Heavy Duty Lead Contact Plate. Copper impregnated lead contact plate that lasts 10 times longer than lead contact plates. Size: 6-3/4” (171.45mm) x 6-5/8” (168.275mm) x 1/4” (6.35mm) thick Fits all units except A-915 and the smaller MAG Series units.
IRIS Tube
Calibration Standards for tube inspections Our experience in dealing with all simulated flaws from EDMs notches to thinning and expansions puts us in a unique position to recommend procedures and implement standards that increase your probability of detection during inspection of plants worldwide. A large list of tubing as per ASME standards are available. Also, we can develop customized solutions that meet the specific needs of our customers. Whether you need tube supports, uncommon flaws or specialized packaging for the standards, NDE can support. We specialize in custom eddy current tubes, Eddy Current Tube Standards. Ready to request a quote for a standard? What is the material? (Alloy, OD, and Wall) Is there any specification, the standard needs to comply with? (ASME, etc.) And have years of experience in machining a huge range of defects. From TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, to ID FBHs, RBHs, ID contoured flats, 120°/180° wear scars, tapered flaws, and tube-to-tube wear.
Calibration Standards for tube inspections Our experience in dealing with all simulated flaws from EDMs notches to thinning and expansions puts us in a unique position to recommend procedures and implement standards that increase your probability of detection during inspection of plants worldwide. A large list of tubing as per ASME standards are available. Also, we can develop customized solutions that meet the specific needs of our customers. Whether you need tube supports, uncommon flaws or specialized packaging for the standards, NDE can support. We specialize in custom eddy current tubes, Eddy Current Tube Standards. Ready to request a quote for a standard? What is the material? (Alloy, OD, and Wall) Is there any specification, the standard needs to comply with? (ASME, etc.) And have years of experience in machining a huge range of defects. From TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, to ID FBHs, RBHs, ID contoured flats, 120°/180° wear scars, tapered flaws, and tube-to-tube wear.
IRIS Tube Standard
Calibration Standards for tube inspections Our experience in dealing with all simulated flaws from EDMs notches to thinning and expansions puts us in a unique position to recommend procedures and implement standards that increase your probability of detection during inspection of plants worldwide. A large list of tubing as per ASME standards are available. Also, we can develop customized solutions that meet the specific needs of our customers. Whether you need tube supports, uncommon flaws or specialized packaging for the standards, NDE can support. We specialize in custom eddy current tubes, Eddy Current Tube Standards. Ready to request a quote for a standard? What is the material? (Alloy, OD, and Wall) Is there any specification, the standard needs to comply with? (ASME, etc.) And have years of experience in machining a huge range of defects. From TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, to ID FBHs, RBHs, ID contoured flats, 120°/180° wear scars, tapered flaws, and tube-to-tube wear
Calibration Standards for tube inspections Our experience in dealing with all simulated flaws from EDMs notches to thinning and expansions puts us in a unique position to recommend procedures and implement standards that increase your probability of detection during inspection of plants worldwide. A large list of tubing as per ASME standards are available. Also, we can develop customized solutions that meet the specific needs of our customers. Whether you need tube supports, uncommon flaws or specialized packaging for the standards, NDE can support. We specialize in custom eddy current tubes, Eddy Current Tube Standards. Ready to request a quote for a standard? What is the material? (Alloy, OD, and Wall) Is there any specification, the standard needs to comply with? (ASME, etc.) And have years of experience in machining a huge range of defects. From TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, to ID FBHs, RBHs, ID contoured flats, 120°/180° wear scars, tapered flaws, and tube-to-tube wear
Large Copper Pad
Large Copper Pad (5″ x 10″) Used to prevent arc burn by helping to maintain proper electrical contact between test parts and contact heads.
Large Copper Pad (5″ x 10″) Used to prevent arc burn by helping to maintain proper electrical contact between test parts and contact heads.
Large Copper Pad Assembly
Large Copper Pad Assembly 12" x 12" (2 Copper Pads & V-Block) Double-Braided Pad with V-Block. Heavy copper braid provides contact over greater surface area. Built with neoprene, the V-block base centers and supports test parts. The pad can be reversed to provide two wear faces. Replaces standard pads with no modifications needed.
Large Copper Pad Assembly 12" x 12" (2 Copper Pads & V-Block) Double-Braided Pad with V-Block. Heavy copper braid provides contact over greater surface area. Built with neoprene, the V-block base centers and supports test parts. The pad can be reversed to provide two wear faces. Replaces standard pads with no modifications needed.
Lead Contact Plate
Lead Contact Plate. Duplicates original headstock/tailstock contact plates. The soft lead provides excellent contact with test part. Size: 6-3/4” (171.45mm) x 6-5/8” (168.275mm) x 1/4” (6.35mm) thick. (Fits all units except A-915 and the smaller MAG Series units.)
Lead Contact Plate. Duplicates original headstock/tailstock contact plates. The soft lead provides excellent contact with test part. Size: 6-3/4” (171.45mm) x 6-5/8” (168.275mm) x 1/4” (6.35mm) thick. (Fits all units except A-915 and the smaller MAG Series units.)
Magnetic Flux Indicators, Type G, Set of 5
Magnetic Flux Indicators Flexible indicators used to detect appropriate levels of magnetic field strength and directional orientation during the magnetic particle testing process. Each indicator contains three milled slots with widths of .0075", .009" and .010" that share a common depth. The indicators are manfuactured from permeable magnetic steel sandwiched between two brass plates and designed for repeated use in setting and monitoring magnetic field strength in wet and dry MPI applications. Meets ASTM E 1444-11, Annex A3 specifications.
Magnetic Flux Indicators Flexible indicators used to detect appropriate levels of magnetic field strength and directional orientation during the magnetic particle testing process. Each indicator contains three milled slots with widths of .0075", .009" and .010" that share a common depth.
MFL TUBE
Calibration Standards for tube inspections Our experience in dealing with all simulated flaws from EDMs notches to thinning and expansions puts us in a unique position to recommend procedures and implement standards that increase your probability of detection during inspection of plants worldwide. A large list of tubing as per ASME standards are available. Also, we can develop customized solutions that meet the specific needs of our customers. Whether you need tube supports, uncommon flaws or specialized packaging for the standards, NDE can support. We specialize in custom eddy current tubes, Eddy Current Tube Standards. Ready to request a quote for a standard? What is the material? (Alloy, OD, and Wall) Is there any specification, the standard needs to comply with? (ASME, etc.) And have years of experience in machining a huge range of defects. From TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, to ID FBHs, RBHs, ID contoured flats, 120°/180° wear scars, tapered flaws, and tube-to-tube wear
Calibration Standards for tube inspections Our experience in dealing with all simulated flaws from EDMs notches to thinning and expansions puts us in a unique position to recommend procedures and implement standards that increase your probability of detection during inspection of plants worldwide. A large list of tubing as per ASME standards are available. Also, we can develop customized solutions that meet the specific needs of our customers. Whether you need tube supports, uncommon flaws or specialized packaging for the standards, NDE can support. We specialize in custom eddy current tubes, Eddy Current Tube Standards. Ready to request a quote for a standard? What is the material? (Alloy, OD, and Wall) Is there any specification, the standard needs to comply with? (ASME, etc.) And have years of experience in machining a huge range of defects. From TWHs and FBHs, OD and ID grooves, milled flats, and OD and ID thinning bands, to ID FBHs, RBHs, ID contoured flats, 120°/180° wear scars, tapered flaws, and tube-to-tube wear
Miniature QQI-Model KSC4-230 5 SET
Miniature QQI Model# KSC-4-230. Similar to KSC230, except miniature design for small areas on test part. The four circles may be cut apart for individual use. Flaw depth of 30% of Shim thickness, .002” thick.
Miniature QQI Model# KSC-4-230. Similar to KSC230, except miniature design for small areas on test part. The four circles may be cut apart for individual use. Flaw depth of 30% of Shim thickness, .002” thick.
NA-16 Notch Defect Test Bar
NA-16 Notch Defect Test Bar he NA-16 Notch Test Bar complies with the requirements of MIL-STD-271E and F (Ships), paragraph 4.3.1.2, and NAVSEA-TB-T9074-AS-GIB-010/271. The procedure specifies an inspection with the ability to detect the smallest rejectable surface defects, artificial or natural, in a test specimen.
NA-16 Notch Defect Test Bar he NA-16 Notch Test Bar complies with the requirements of MIL-STD-271E and F (Ships), paragraph 4.3.1.2, and NAVSEA-TB-T9074-AS-GIB-010/271. The procedure specifies an inspection with the ability to detect the smallest rejectable surface defects, artificial or natural, in a test specimen.
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