
NM01RTKTDUPLEXD13
The Kowotest Duplex IQI, D-13 (11 00155) is a high-quality Image Quality Indicator (IQI) designed for use in radiographic testing (RT) to evaluate the sensitivity and quality of radiographic images. This Duplex IQI features a dual-design, allowing for simultaneous assessment of radiographic sensitivity using two distinct sets of indicators. The D-13 designation specifies a particular size and configuration, ensuring compliance with industry standards and reliable performance. Manufactured by Kowotest, a trusted provider of NDT equipment, this IQI is an essential tool for professionals conducting radiographic inspections.
Key Features and Benefits:
Duplex Design:
Allows for simultaneous assessment of radiographic sensitivity using two distinct sets of indicators.
Enhances efficiency by providing multiple evaluations within a single exposure.
D-13 Designation:
Specifies a particular size and configuration, ensuring compliance with industry standards.
Provides consistent and reliable performance.
High-Quality Construction:
Manufactured with durable materials to withstand demanding industrial environments.
Ensures long-lasting performance and reliability.
Accurate Sensitivity Assessment:
Provides accurate and reliable assessment of radiographic sensitivity.
Ensures the radiographic technique is capable of detecting flaws of a certain size.
Kowotest Quality:
Manufactured by Kowotest, a reputable provider of NDT equipment.
Ensures high quality and consistent performance.
Applications:
Welding Inspection:
Evaluating radiographic sensitivity of weld inspections to ensure the detection of critical defects.
Aerospace Industry:
Verifying the quality of radiographic inspections of aircraft components.
Oil and Gas Industry:
Assessing the integrity of pipelines and other critical infrastructure.
Manufacturing Quality Control:
Ensuring the quality of radiographically inspected manufactured parts.
General Radiographic Testing:
Any application requiring the evaluation of radiographic image quality and sensitivity.