NM01IQI102520
The IQI Hole Penetrameter #20, crafted from Stainless Steel and specifically designed for use with Group A materials (Carbon Steel, Aluminum, and Stainless Steel), is an essential tool for ensuring high-quality radiographic inspections. This penetrameter is manufactured in strict accordance with the requirements of ASME SE-1025, ASTM E-1025, API 1104, and AWS standards, guaranteeing compliance and accurate evaluation of your radiographic image quality.
The #20 designation indicates the nominal thickness of the penetrameter is 0.020 inches (0.51 mm). It features precisely drilled holes with diameters of 1T, 2T, and 4T relative to this thickness. These calibrated holes serve as critical indicators of the radiographic sensitivity achieved during your inspections, allowing for a reliable assessment of the smallest detectable flaw size.
Constructed from durable Stainless Steel, this IQI ensures material compatibility with the Group A materials under inspection, providing dependable and accurate results. By incorporating this penetrameter into your radiographic procedures, you can confidently verify the effectiveness of your techniques, meet essential industry specifications, and uphold the safety and quality of your inspected components.
Key Features:
Complies with Key Industry Standards: Meets the requirements of ASME SE-1025, ASTM E-1025, API 1104, and AWS.
Specifically for Group A Materials: Ideal for radiographic testing of Carbon Steel, Aluminum, and Stainless Steel.
Precise Hole Diameters (1T, 2T, 4T): Enables accurate assessment of radiographic sensitivity.
Durable Stainless Steel Construction: Ensures material compatibility and long-lasting performance.
Clearly Marked: Features the penetrameter number (#20) and material identification.
Essential for Quality Assurance: Verifies the effectiveness of radiographic techniques.
Applications:
Radiographic inspection of welds in pipelines and structural components.
Quality control of castings and forgings made from Group A materials.
Evaluation of radiographic techniques in manufacturing processes.
Compliance with industry regulations for radiographic testing.
Training and education in radiographic inspection procedures.