NM01290450005
Unlock Superior Flaw Detection with Met-L-Chek® E-57 Lipophilic Emulsifier
Met-L-Chek® E-57 is a high-performance Method B (lipophilic) emulsifier meticulously engineered to optimize your fluorescent penetrant inspection process. This crucial component, approved to AMS-2644, ensures the reliable removal of excess surface penetrant, leading to clearer and more defined indications of surface flaws.
Specifically designed for use with Met-L-Chek® FP-93A(M), FP-95A(M), and FP-97A(M) fluorescent penetrants, E-57 guarantees a compatible and effective system for critical non-destructive testing. Its carefully formulated composition ensures optimal interaction with the penetrant during the emulsification stage, making the oily residue water-washable for thorough removal.
This clear, pink to reddish-orange liquid boasts a low halogen content (sulfur < 250 ppm, chlorine < 250 ppm), making it safe for use on a wide range of sensitive materials, including titanium and high nickel alloys. With a flash point exceeding 200°F (93°C), it meets stringent safety regulations for open tank applications.
Key Benefits:
Optimized for Fluorescent Penetrants: Specifically designed for use with Met-L-Chek® FP-93A(M), FP-95A(M), and FP-97A(M).
Effective Excess Penetrant Removal: Ensures a clean background for clear flaw indication.
AMS-2644 Approved: Guarantees adherence to industry-leading quality standards.
Low Halogen Content: Safe for use on critical alloys like titanium and high nickel.
Enhanced Safety: High flash point meets stringent safety requirements.
Consistent Performance: Reliable and repeatable results in every inspection.
Meets Industry Standards: Complies with ASME, ASTM E-165, and ASTM E-1417.
Applications:
Met-L-Chek® E-57 is an essential part of the Method B (lipophilic post-emulsifiable) fluorescent penetrant inspection process across various industries, including:
Aerospace
Automotive
Manufacturing
Power Generation
Welding Fabrication
Technical Details:
Form: Clear, pink liquid, no sediment
Density: 906 g/L
Flash Point: >93°C
Viscosity 31.8 mm2/s