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ASME Angle Beam Calibration Blocks contain (4) EDM notches (axial and circumferential on both OD and ID) at a depth of 8-11% of nominal wall thickness x 1/4" max wide (most notches are approximately .020-.030" wide) x 1.000" min long. Blocks 4" NPS and smaller are left at 360°, while blocks over 4" are milled to an 8" arc section. All blocks are 8" in axial length, or 8T, whichever is greater. Made in accordance with ASME Section V Article 4 Figure T-434.3.
ASME Angle Beam Calibration Blocks contain (4) EDM notches (axial and circumferential on both OD and ID) at a depth of 8-11% of nominal wall thickness x 1/4" max wide (most notches are approximately .020-.030" wide) x 1.000" min long. Blocks 4" NPS and smaller are left at 360°, while blocks over 4" are milled to an 8" arc section. All blocks are 8" in axial length, or 8T, whichever is greater. Made in accordance with ASME Section V Article 4 Figure T-434.3.
PAUT Validation/Demonstration Blocks. DISSIMILAR WELD SAMPLES WITH DEFECT FOR NUCLEAR POWER PLANTS. NDE TECH offers calibration blocks and flawed specimens. Please browse our products to find the best one for you. If you have any questions about NDE and our NDT Standard Calibration Blocks, please contact us at + 91-9043-660-755 or send an email to info@ndeflawtechnologies.com hashtag#welding hashtag#calibration hashtag#demonstration and to know more details about block and specimens log on to www.ndtproduct.com Our knowledgeable customer service staff is happy to assist you.
eddy current tube standard mfl
Magnetic Flux Leakage Tube Eddy Current Tube Standards. Ready to request a quote for a standard? Here's what we need... What is the material? (Alloy, OD and Wall) Is NDE supplying the material or will it be customer supplied? What defects are needed and what size? (most depths are given in % of tube wall) Is there a specification the standard needs to comply with? (ASME, etc.) If you have a drawing, or even a simple hand sketch, please send that along as well. We specialize in custom eddy current tubes, 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, ID contoured flats, 120°/180° wearscars, tapered flaws, and tube-to-tube wear,
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.
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.
EDDY_CURRENT_TUBE_BUNDLE_SPECIMENS
EDDY CURRENT TUBE BUNDLE SPECIMENS FOR PCN CLASSIFICATION Tubes in each bundle is 13 No’s, For training 6 bundle’s, For examinations 12 bundle’s, total 18 bundles 3 No’s Cupro-Nickel bundles for training 3 No’s Aluminum Brass bundles for training 6 No’s Cupro-Nickel bundles for examinations 6No’s Aluminum Brass bundles for examinations Materials: 1. Amplitude analysis test – 70/30 cupro-nickel of the following composition. Cu 66%; Ni 30%; Fe 2%; Mn 2% 2. Phase analysis test – Brass tubing of the following composition. Cu 76%; Al 2%; As 0.04%; Zn reminder Tube Dimensions, Length Thickness Outer Diameter And Artificial Flaws as per PCN Requirements.
eddy current tube standard iris
Internal Rotary Inspection System Tube Eddy Current Tube Standards. Ready to request a quote for a standard? Here's what we need... What is the material? (Alloy, OD and Wall) Is NDE supplying the material or will it be customer supplied? What defects are needed and what size? (most depths are given in % of tube wall) Is there a specification the standard needs to comply with? (ASME, etc.) If you have a drawing, or even a simple hand sketch, please send that along as well. We specialize in custom eddy current tubes, 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, ID contoured flats, 120°/180° wearscars, tapered flaws, and tube-to-tube wear,
eddy current tube standards ndt calibration block
Eddy Current Tube Standards Block Ready to request a quote for a standard? What is the material? Is NDE supplying the material or will it be customer supplied? What defects are needed and what size? Is there a specification the standard needs to comply with? If you have a drawing, or even a simple hand sketch?
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,
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.
asme section xi appendix vii kit 650
NDT ASME Section XI, Appendix VII Kit. Geometry:Kit contains 8 specimens: (2) Plates @ 0.5"T (2) Plate @ 1.0"T (1) Pipe @ 2" Sch160 (360°) (1) Pipe @ 4" Sch160 (360°) (1) Pipe @ 6" Sch160 (360°) (1) Pipe @ 10" Sch160 (180°)
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,
ASME Angle Beam Calibration Blocks contain (4) EDM notches (axial and circumferential on both OD and ID) at a depth of 8-11% of nominal wall thickness x 1/4" max wide (most notches are approximately .020-.030" wide) x 1.000" min long. Blocks 4" NPS and smaller are left at 360°, while blocks over 4" are milled to an 8" arc section. All blocks are 8" in axial length, or 8T, whichever is greater. Made in accordance with ASME Section V Article 4 Figure T-434.3.
PLASTIC_WELDING_INSPECTION_TRAINING.jpg
PLASTIC WELDING INSPECTION TRAINING KIT FOR CWI,AWS AND CSWIP
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,
eddy current tube standard ect
Eddy Current Tube Standard ECT Eddy Current Tube Standards. Ready to request a quote for a standard? Here's what we need... What is the material? (Alloy, OD and Wall) Is NDE supplying the material or will it be customer supplied? What defects are needed and what size? (most depths are given in % of tube wall) Is there a specification the standard needs to comply with? (ASME, etc.) If you have a drawing, or even a simple hand sketch, please send that along as well. We specialize in custom eddy current tubes, 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, ID contoured flats, 120°/180° wearscars, tapered flaws, and tube-to-tube wear,
Angle Beam Calibration Blocks As Per ASME Section V Article 4 Figure T-434.3.
ASME Angle Beam Calibration Blocks contain (4) EDM notches (axial and circumferential on both OD and ID) at a depth of 8-11% of nominal wall thickness x 1/4" max wide (most notches are approximately .020-.030" wide) x 1.000" min long. Blocks 4" NPS and smaller are left at 360°, while blocks over 4" are milled to an 8" arc section. All blocks are 8" in axial length, or 8T, whichever is greater. Made in accordance with ASME Section V Article 4 Figure T-434.3.
ASME Angle Beam Calibration Blocks contain (4) EDM notches (axial and circumferential on both OD and ID) at a depth of 8-11% of nominal wall thickness x 1/4" max wide (most notches are approximately .020-.030" wide) x 1.000" min long. Blocks 4" NPS and smaller are left at 360°, while blocks over 4" are milled to an 8" arc section. All blocks are 8" in axial length, or 8T, whichever is greater. Made in accordance with ASME Section V Article 4 Figure T-434.3.
ASME Section V Article 4 Figure T-434.3. Calibration Blocks
ASME Angle Beam Calibration Blocks contain (4) EDM notches (axial and circumferential on both OD and ID) at a depth of 8-11% of nominal wall thickness x 1/4" max wide (most notches are approximately .020-.030" wide) x 1.000" min long. Blocks 4" NPS and smaller are left at 360°, while blocks over 4" are milled to an 8" arc section. All blocks are 8" in axial length, or 8T, whichever is greater. Made in accordance with ASME Section V Article 4 Figure T-434.3.
Calibration Blocks For ASME Section V Article 4 Figure T-434.3.
ASME Angle Beam Calibration Blocks contain (4) EDM notches (axial and circumferential on both OD and ID) at a depth of 8-11% of nominal wall thickness x 1/4" max wide (most notches are approximately .020-.030" wide) x 1.000" min long. Blocks 4" NPS and smaller are left at 360°, while blocks over 4" are milled to an 8" arc section. All blocks are 8" in axial length, or 8T, whichever is greater. Made in accordance with ASME Section V Article 4 Figure T-434.3.
ASME Angle Beam Calibration Blocks contain (4) EDM notches (axial and circumferential on both OD and ID) at a depth of 8-11% of nominal wall thickness x 1/4" max wide (most notches are approximately .020-.030" wide) x 1.000" min long. Blocks 4" NPS and smaller are left at 360°, while blocks over 4" are milled to an 8" arc section. All blocks are 8" in axial length, or 8T, whichever is greater. Made in accordance with ASME Section V Article 4 Figure T-434.3.
DISSIMILAR WELD SAMPLES WITH DEFECT FOR NUCLEAR POWER PLANTS.
PAUT Validation/Demonstration Blocks. DISSIMILAR WELD SAMPLES WITH DEFECT FOR NUCLEAR POWER PLANTS. NDE TECH offers calibration blocks and flawed specimens. Please browse our products to find the best one for you. If you have any questions about NDE and our NDT Standard Calibration Blocks, please contact us at + 91-9043-660-755 or send an email to info@ndeflawtechnologies.com hashtag#welding hashtag#calibration hashtag#demonstration and to know more details about block and specimens log on to www.ndtproduct.com Our knowledgeable customer service staff is happy to assist you.
PAUT Validation/Demonstration Blocks. DISSIMILAR WELD SAMPLES WITH DEFECT FOR NUCLEAR POWER PLANTS. NDE TECH offers calibration blocks and flawed specimens. Please browse our products to find the best one for you. If you have any questions about NDE and our NDT Standard Calibration Blocks, please contact us at + 91-9043-660-755 or send an email to info@ndeflawtechnologies.com hashtag#welding hashtag#calibration hashtag#demonstration and to know more details about block and specimens log on to www.ndtproduct.com Our knowledgeable customer service staff is happy to assist you.
eddy current tube standard mfl
ECT Calibration Tube Standards

Magnetic Flux Leakage Tube

Eddy Current Tube Standards. Ready to request a quote for a standard? Here's what we need... What is the material? (Alloy, OD and Wall) Is NDE supplying the material or will it be customer supplied? What defects are needed and what size? (most depths are given in % of tube wall) Is there a specification the standard needs to comply with? (ASME, etc.) If you have a drawing, or even a simple hand sketch, please send that along as well. We specialize in custom eddy current tubes, 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, ID contoured flats, 120°/180° wearscars, tapered flaws, and tube-to-tube wear,

Application

Description

MFL

Comments

Heat Exchangers

Mildly ferromagnetic material Duplex steel, SS439, Secure, Monel

X

– ECT is used only for thin tubes (<1.6 mm) with saturation probes.- For thicker walls, it is better to use RFT or MFL.- IRIS can sometimes be used to confirm the sizing of defects.

Ferromagnetic material Carbon steel, nickel. Typical defects are pitting and corrosion.

X

– RFT, MFL, and IRIS are good, and most of the time complementary.

Air Coolers

Carbon steel tube with aluminum fins Typical defects are ID pitting and OD wear close to the water box.

X

– RFT is not effective because the fins disturb the remote field.- MFL is quick and sensitive but does not allow sizing.- IRIS is often used to back up MFL but has difficulty with OD flaws.

Boilers

Carbon steel tube Typical defects are pitting, wear, and cracking at the tube sheet.

X

– RFT is good for wear detection and can easily pass the bend.- MFL is good only on straight boiler tubes without swages.- IRIS is good for wear and pits but has no sensitivity in the bend.

Magnetic Flux Leakage Tube Eddy Current Tube Standards. Ready to request a quote for a standard? Here's what we need... What is the material? (Alloy, OD and Wall) Is NDE supplying the material or will it be customer supplied? What defects are needed and what size? (most depths are given in % of tube wall) Is there a specification the standard needs to comply with? (ASME, etc.) If you have a drawing, or even a simple hand sketch, please send that along as well. We specialize in custom eddy current tubes, 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, ID contoured flats, 120°/180° wearscars, tapered flaws, and tube-to-tube wear,
ECT Custom Reference Tube Standards
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,
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,
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.
ECT 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.
EDDY_CURRENT_TUBE_BUNDLE_SPECIMENS
EDDY CURRENT TUBE BUNDLE SPECIMENS FOR PCN CLASSIFICATION (7455)

EDDY CURRENT TUBE BUNDLE SPECIMENS FOR PCN CLASSIFICATION

EDDY CURRENT TUBE BUNDLE SPECIMENS FOR PCN CLASSIFICATION 
Tubes in each bundle is 13 No’s, For training 6 bundle’s, For examinations 12 bundle’s, total 18 bundles
3 No’s Cupro-Nickel bundles for training
3 No’s Aluminum Brass bundles for training
6 No’s Cupro-Nickel bundles for examinations
6No’s Aluminum Brass bundles for examinations
Materials:
1. Amplitude analysis test – 70/30 cupro-nickel of the following composition.
Cu 66%; Ni 30%; Fe 2%; Mn 2%
2. Phase analysis test – Brass tubing of the following composition.
Cu 76%; Al 2%; As 0.04%; Zn reminder
Tube Dimensions, Length Thickness Outer Diameter And Artificial Flaws as per PCN Requirements.
EDDY CURRENT TUBE BUNDLE SPECIMENS FOR PCN CLASSIFICATION Tubes in each bundle is 13 No’s, For training 6 bundle’s, For examinations 12 bundle’s, total 18 bundles 3 No’s Cupro-Nickel bundles for training 3 No’s Aluminum Brass bundles for training 6 No’s Cupro-Nickel bundles for examinations 6No’s Aluminum Brass bundles for examinations Materials: 1. Amplitude analysis test – 70/30 cupro-nickel of the following composition. Cu 66%; Ni 30%; Fe 2%; Mn 2% 2. Phase analysis test – Brass tubing of the following composition. Cu 76%; Al 2%; As 0.04%; Zn reminder Tube Dimensions, Length Thickness Outer Diameter And Artificial Flaws as per PCN Requirements.
eddy current tube standard iris
ET Calibration Tube Standards

Internal Rotary Inspection System Tube

Eddy Current Tube Standards. Ready to request a quote for a standard? Here's what we need... What is the material? (Alloy, OD and Wall) Is NDE supplying the material or will it be customer supplied? What defects are needed and what size? (most depths are given in % of tube wall) Is there a specification the standard needs to comply with? (ASME, etc.) If you have a drawing, or even a simple hand sketch, please send that along as well. We specialize in custom eddy current tubes, 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, ID contoured flats, 120°/180° wearscars, tapered flaws, and tube-to-tube wear,

Application

Description

IRIS

Comments

Heat Exchangers

Nonferromagnetic material Stainless steel, Cu/Ali

X

– ECT is the recommended choice for its speed and accuracy.- IRIS can sometimes be used to confirm the sizing of ID defects.

Mildly ferromagnetic material Duplex steel, SS439, Secure, Monel

X

– ECT is used only for thin tubes (<1.6 mm) with saturation probes.- For thicker walls, it is better to use RFT or MFL.- IRIS can sometimes be used to confirm the sizing of defects.

Ferromagnetic material Carbon steel, nickel. Typical defects are pitting and corrosion.

X

– RFT, MFL, and IRIS are good, and most of the time complementary.

Air Coolers

Carbon steel tube with aluminum fins Typical defects are ID pitting and OD wear close to the water box.

X

– RFT is not effective because the fins disturb the remote field.- MFL is quick and sensitive but does not allow sizing.- IRIS is often used to back up MFL but has difficulty with OD flaws.

Boilers

Carbon steel tube Typical defects are pitting, wear, and cracking at the tube sheet.

X

– RFT is good for wear detection and can easily pass the bend.- MFL is good only on straight boiler tubes without swages.- IRIS is good for wear and pits but has no sensitivity in the bend.

Internal Rotary Inspection System Tube Eddy Current Tube Standards. Ready to request a quote for a standard? Here's what we need... What is the material? (Alloy, OD and Wall) Is NDE supplying the material or will it be customer supplied? What defects are needed and what size? (most depths are given in % of tube wall) Is there a specification the standard needs to comply with? (ASME, etc.) If you have a drawing, or even a simple hand sketch, please send that along as well. We specialize in custom eddy current tubes, 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, ID contoured flats, 120°/180° wearscars, tapered flaws, and tube-to-tube wear,
eddy current tube standards ndt calibration block
IRIS Calibration Tube Standards (7454)

Eddy Current Tube Standards Block

Ready to request a quote for a standard? Here's what we need...
What is the material? (Alloy, OD and Wall)
Is NDE supplying the material or will it be customer supplied?
What defects are needed and what size? (most depths are given in % of tube wall)
Is there a specification the standard needs to comply with? (ASME, etc.)
If you have a drawing or even a simple hand sketch, please send that along as well.

We specialize in custom eddy current tubes, 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, ID contoured flats, 120°/180° wearscars, tapered flaws, and tube-to-tube wear,
Eddy Current Tube Standards Block Ready to request a quote for a standard? What is the material? Is NDE supplying the material or will it be customer supplied? What defects are needed and what size? Is there a specification the standard needs to comply with? If you have a drawing, or even a simple hand sketch?
Magnetic Flux Leakage Inspection Calibration 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,
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,
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.
asme section xi appendix vii kit 650
NDT ASME Section XI, Appendix VII Kit. (7289)

NDT ASME Section XI, Appendix VII Kit.

Geometry:Kit contains 8 specimens:
(2) Plates @ 0.5"T
(2) Plate @ 1.0"T
(1) Pipe @ 2" Sch160 (360°)
(1) Pipe @ 4" Sch160 (360°)
(1) Pipe @ 6" Sch160 (360°)
(1) Pipe @ 10" Sch160 (180°)

Material: 4 carbon steel specimens &amp; 4 stainless steel specimens.

Documentation: NDT Verification Reports,C of C, CAD Drawings and Test Sheets.
NDT ASME Section XI, Appendix VII Kit. Geometry:Kit contains 8 specimens: (2) Plates @ 0.5"T (2) Plate @ 1.0"T (1) Pipe @ 2" Sch160 (360°) (1) Pipe @ 4" Sch160 (360°) (1) Pipe @ 6" Sch160 (360°) (1) Pipe @ 10" Sch160 (180°)
Near Field Inspection Calibration 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,
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,
Pipe EDM notches Calibration Blocks As Per ASME Section V
ASME Angle Beam Calibration Blocks contain (4) EDM notches (axial and circumferential on both OD and ID) at a depth of 8-11% of nominal wall thickness x 1/4" max wide (most notches are approximately .020-.030" wide) x 1.000" min long. Blocks 4" NPS and smaller are left at 360°, while blocks over 4" are milled to an 8" arc section. All blocks are 8" in axial length, or 8T, whichever is greater. Made in accordance with ASME Section V Article 4 Figure T-434.3.
ASME Angle Beam Calibration Blocks contain (4) EDM notches (axial and circumferential on both OD and ID) at a depth of 8-11% of nominal wall thickness x 1/4" max wide (most notches are approximately .020-.030" wide) x 1.000" min long. Blocks 4" NPS and smaller are left at 360°, while blocks over 4" are milled to an 8" arc section. All blocks are 8" in axial length, or 8T, whichever is greater. Made in accordance with ASME Section V Article 4 Figure T-434.3.
PLASTIC_WELDING_INSPECTION_TRAINING.jpg
PLASTIC WELDING INSPECTION TRAINING KIT

PLASTIC WELDING INSPECTION TRAINING KIT

PLASTIC WELDING INSPECTION TRAINING KIT FOR CWI,AWS AND CSWIP
AWS D1.1 Supplement for VT Testing Geometry:1 Set of 8 specimens 2 Butt Welds w/ V Groove (1) @ 0.375” T and (1) @ 0.75” T each 6” (weld length) x 8” 2 Butt Welds w/ V Groove w/ Backing Bar, (1) @ 0.375” T and (1) @ 0.75” T each 6” (weld length) x 8" 2 Tee Welds w/ Single Groove, (1) @ 0.375” T and (1) @ 0.75” T each 6” (weld length) x 4” Main x 7” Branch 2 Tee Welds w/ Single Groove w/ Backing Bar, (1) @ 0.375” T and (1) @ 0.75” T each 6” (weld length) x 4” Main x 7” Branch Material: Polyurethane Documentation: Verification Reports,C of C, CAD Drawings and Test Sheets.FEATURES AND SPECIFICATIONSTwelve, sturdy, molded samples of common defects (will not rust).Schematics, illustrations, explanations, and dimensional specifications for each replica.Lightweight, durable, rotationally-molded plastic carrying case.Packaging for shipment via parcel service.
PLASTIC WELDING INSPECTION TRAINING KIT FOR CWI,AWS AND CSWIP
Remote Field Inspection Calibration Tube
EDDY CURRENT TUBE STANDARDS 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,
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,
eddy current tube standard ect
RFET Calibration Tube Standards

Eddy Current Tube Standard ECT

Eddy Current Tube Standards. Ready to request a quote for a standard? Here's what we need... What is the material? (Alloy, OD and Wall) Is NDE supplying the material or will it be customer supplied? What defects are needed and what size? (most depths are given in % of tube wall) Is there a specification the standard needs to comply with? (ASME, etc.) If you have a drawing, or even a simple hand sketch, please send that along as well. We specialize in custom eddy current tubes, 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, ID contoured flats, 120°/180° wearscars, tapered flaws, and tube-to-tube wear,

Application

Description

ECT

Comments

Condensers

Nonferromagnetic material Generally, thin tubes made of brass, aluminum brass, cupronickel, or titanium.

X

– ECT is the recommended choice for its speed and its accuracy.

Air Conditioners

Copper with low profile OD fins Typical problem is circumferential cracking and wear in the land area.

X

– ECT inspection with special probes to detect circumferential cracks.  These probes are normally called AC probes.

Heat Exchangers

Nonferromagnetic material Stainless steel, Cu/Ali

X

– ECT is the recommended choice for its speed and accuracy.- IRIS can sometimes be used to confirm the sizing of ID defects.

Mildly ferromagnetic material Duplex steel, SS439, Secure, Monel

X

– ECT is used only for thin tubes (<1.6 mm) with saturation probes.- For thicker walls, it is better to use RFT or MFL.- IRIS can sometimes be used to confirm the sizing of defects.

Eddy Current Tube Standard ECT Eddy Current Tube Standards. Ready to request a quote for a standard? Here's what we need... What is the material? (Alloy, OD and Wall) Is NDE supplying the material or will it be customer supplied? What defects are needed and what size? (most depths are given in % of tube wall) Is there a specification the standard needs to comply with? (ASME, etc.) If you have a drawing, or even a simple hand sketch, please send that along as well. We specialize in custom eddy current tubes, 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, ID contoured flats, 120°/180° wearscars, tapered flaws, and tube-to-tube wear,
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