
NM01FP95AM
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Met-L-Chek FP-95A(M) Fluorescent PE Penetrants are high-sensitivity, post-emulsifiable fluorescent penetrants designed for the detection of surface-breaking flaws in a wide range of nonporous materials. Supplied in convenient 16-ounce aerosol cans, this product offers ease of application and excellent flaw detection capabilities. The FP-95A(M) formulation is specifically designed for use with an emulsifier, providing enhanced control over the removal process and maximizing the visibility of fine cracks, porosity, and other surface discontinuities under ultraviolet (UV) light.
Key Features and Benefits:
Post-Emulsifiable (PE) Penetrant:
Requires an emulsifier for removal, allowing for precise control over the removal process.
Enhances the detection of fine flaws by minimizing background fluorescence.
High Sensitivity:
Provides excellent detection of surface-breaking defects, including fine cracks, porosity, and seams.
Ensures reliable and accurate inspection results.
Aerosol Application:
Supplied in 16-ounce aerosol cans for easy and even application.
Minimizes waste and ensures consistent coverage.
Fluorescent Properties:
Produces bright, easily visible indications under UV light, facilitating accurate flaw detection.
Enhances the visibility of small discontinuities.
Convenient Packaging:
Supplied in cases of 12 aerosol cans, offering a convenient and efficient solution for various inspection needs.
Makes storage and transport easy.
Met-L-Chek Quality:
Manufactured by Met-L-Chek, a trusted provider of NDT products, ensuring high quality and consistent performance.
Versatile Application:
Can be used on a wide range of nonporous materials, including metals, ceramics, and some plastics.
Applications:
Aerospace Industry:
Inspecting critical aircraft components for cracks and defects.
Automotive Industry:
Conducting quality control inspections on automotive parts.
Manufacturing:
Ensuring the integrity of manufactured products.
Welding Inspection:
Detecting surface flaws in weld zones.
General NDT:
Any application requiring the detection of surface-breaking flaws in nonporous materials.