Water Washable Fluorescent Penetrants
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Level 2 water washable fluorescent penetrant for Type 1, Method A and Method C liquid penetrant testing, QPL SAE AMS 2644
Level 1/2 water washable fluorescent penetrant for Type 1, Method A and Method C liquid penetrant testing, QPL SAE AMS 2644
Level 1 water washable fluorescent penetrant for Type 1, Method A and Method C liquid penetrant testing, QPL SAE AMS 2644 approved
Level 4 water washable fluorescent penetrant for Type 1, Method A and Method C liquid penetrant testing, QPL SAE AMS 2644
Level 2 water washable fluorescent penetrant for Type 1, Method A and Method C penetrant testing, QPL SAE AMS 2644 and Pratt & Whitney approved
Level 3 water washable fluorescent penetrant for Type 1, Method A and Method C penetrant testing, QPL SAE AMS 2644 and Pratt & Whitney approved
Post Emulsifiable Fluorescent Penetrant
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Level 3 post-emulsifiable fluorescent penetrant for Method B, Method C and Method D liquid penetrant testing, QPL SAE AMS 2644 and Pratt & Whitney approved
Level 2 post-emulsifiable fluorescent penetrant for Method B, Method C and Method D liquid penetrant testing, QPL SAE AMS 2644 and Pratt & Whitney approved
Level 4 post-emulsifiable fluorescent penetrant for Method B, Method C and Method D liquid penetrant testing, QPL SAE AMS 2644 and Pratt & Whitney approved
Water-Based Fluorescent Penetrant
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Water-based, water washable level 1/2 fluorescent penetrant; contains no petroleum distillates allowing direct drain disposal.
Water-based, water washable level 1 fluorescent penetrant; contains no petroleum distillates allowing direct drain disposal.
Water-based, water washable level 2 fluorescent penetrant; contains no petroleum distillates allowing direct drain disposal.
Water-based fluorescent penetrant for liquid penetrant testing and leak detection
Visible / Color-Contrast Penetrants
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Water-based visible/fluorescent (dual-purpose) penetrant for penetrant testing
Solvent removable visible penetrant for Type 2, Method B, Method C and Method D dye penetrant testing, QPL SAE AMS 2644
Water washable visible penetrant for Type 2, Method A and Method C dye penetrant testing, QPL SAE AMS 2644
Developers
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Solvent-based developer for Type 1 Form d or Type 2 Form e penetrant testing, QPL SAE AMS 2644
Water soluble developer for Form b penetrant testing, QPL SAE AMS 2644
Dry powder developer for Form a penetrant testing and QPL SAE AMS 2644 approved.
Water suspendible developer for Form c penetrant testing, QPL SAE AMS 2644
Solvent-based developer for Type 1 Form d or Type 2 Form e penetrant testing, QPL SAE AMS 2644
Emulsifiers / Removers
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NDT cleaner and remover for pre-cleaning before non-destructive testing and for removing excess surface penetrant
Lipophilic emulsifier for Method B liquid penetrant testing, QPL SAE AMS 2644
Hydrophilic emulsifier for Method D penetrant testing, QPL SAE AMS 2644 and Pratt & Whitney approved
Penetrant Testing Kits
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Portable, handheld LED UV lamp for black light inspection during fluorescent PT or MT testing
Solvent removable visible penetrant testing kits with SKL-SP2, SKD-S2 and SKC-S for portable dye penetrant testing for job sites and field inspections
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Read More About Liquid Penetrant Testing Materials
Learn how a automotive manufacturer increased indication detection in visible and UV light with developer.
Learn the differences between water-removable and non-water-washable liquid penetrant to figure out which is right for you
Watch an overview of the dye penetrant testing method according to ASTM E1417, including basic steps for NDT with an AMS 2644 Type 2 penetrant.
Read more about using penetrant testing products to inspect for leaks by using fluorescent or visible/colored penetrant to enhance visual detection of leaks.
5-question guide to help understand the differences between Level 2 penetrants.
Learn about the separate category for Method A penetrants according to AMS 2644 and what they contain in their formula.
Learn more on why penetrant daily checks are important for the integrity of your LPI Systems
Learn how liquid penetrant testing products lose performance over time and what to do to ensure penetrant test reliability.
How perception and vision can have a significant impact on probability of detection in non-destructive testing inspections.
Learn how lower inspection temperatures affect the performance of dye penetrant testing cleaners, penetrant and developers
High quality fluorescent liquid penetrant inspections require strong removability combined with strong sensitivity to deliver clear, crisp indications
Learn about the Method D liquid penetrant inspection nondestructive testing method
Learn how one engineering and fab company improved their NDT weld inspection quality with SKL-WP2 dye penetrant.
Why is an emulsifier required to remove excess post emulsifiable penetrant and what is the difference between hydrophilic and lipophilic emulsifier?
Developers enhance the visibility of penetrant indications, in this blog we explore the various forms and learn what makes them different.
The next revision of ASTM E1417 has been published, and a lot is changing. Here are several changes that you should be aware of.
We reveal common misperceptions about liquid penetrant inspection we’ve seen in the field in recent years
Understand fluorescent liquid penetrant sensitivity levels and how to find the right one for your application
![The Ultimate Guide to Visible Dye Penetrant Testing [Video]](/Files/Images/Blog-Images/LPI-Infograpihc-Thumbnail_320x200px.png?Medium "The Ultimate Guide to Visible Dye Penetrant Testing [Video]")
Some handy tips for beginners who are new to visible dye penetrant testing or NDT pros who want an easy reference guide.
Watch a demonstration of the penetrant inspection method according to ASTM E1417, including basic steps for NDT with an AMS 2644 Type 1 penetrant.
![The Ultimate Guide to Fluorescent Penetrant Testing [Infographic]](/Files/Images/Blog-Images/01282020-Titan-Thumbnail.jpg "The Ultimate Guide to Fluorescent Penetrant Testing [Infographic]")
Liquid penetrant inspection is a nondestructive test method which does not harm the parts being inspected.
Breaking down the importance of perfecting dry times and how to create an optimal drying environment for Liquid Penetrant Inspections
See how three popular visible liquid penetrants perform in a coverage test to learn how many square feet each can covered
![5 Things to Consider When Choosing a Mag Particle Yoke [Checklist]](/Files/Images/Blog-Images/07232019-Titan-Thumbnail.jpg "5 Things to Consider When Choosing a Mag Particle Yoke [Checklist]")
Safety is a make-or-break factor in a technician's world – we list details around hazards, storage, recycling, and shipping of NDT aerosols
On April 8, 2019 AMS 2644G1 was published, replacing the 2013 revision F. This revision was completed as part of a standard review cycle, and to address changes in the industry and shortcomings of the previous revision.
In this article, we break down the ANSI/IEC 60529 Ingress Protection Code with a chart to show what's essential for NDT equipment
Learn about the available properties of developers and the relationship between dwell time and inspection quality
In this case study, we help an aerospace customer improve inspection quality and consistency with two Magnaflux penetrants
We show how a customer worked with the quality experts at Magnaflux to analyze data trends in the fluorescent penetrant to stay compliant
Learn why proper precleaning before liquid penetrant inspections can make or break your nondestructive testing results
![Protective Armor Inspection with Zyglo Penetrant [Case Study]](/Files/Images/Blog-Images/11272018-Titan-Thumbnail.jpg "Protective Armor Inspection with Zyglo Penetrant [Case Study]")
In this case study, we show how an armor solutions provider increased quality control on a semi-porous surface with ZL-19
Three steps to narrow down a penetrant method through governing specifications, part composition, and test parts
Properly demonstrating the system performance check was the #2 Nadcap audit finding for penetrant systems. What do you need to do to comply?
Learn more about test services for in-use penetrant, emulsifiers and developers to comply with ASMT E1417 and AMS 2644.
Learn the differences between type testing, batch testing and in-use testing for NDT liquid penetrants.
![Use of Solvent Based Developer for 3D Scanning [Case Study]](/Files/Images/Blog-Images/10202020-Titan-Thumbnail.jpg "Use of Solvent Based Developer for 3D Scanning [Case Study]")
Learn about a customer who was in search of an aerosol with an even matte coating, fast drying properties, and easy is to remove
Learn how to look at the recommended actions associated with the chemical risk assessment.
Discover what mixing or testing could be required to return a penetrant to its original state once it has frozen
Learn how ISO 9001 affects the NDT materials you use, therefore affecting your quality management system