Today (November 7-8, Yibin, Sichuan),The 11th Aerospace Equipment Failure Analysis SeminarIt is currently in full swing. The conference focuses on the failure analysis practice of "high reliability+full life cycle", bringing together experts, scholars, equipment and material enterprises, and research institutes from all over the country to jointly explore how to prevent faults, locate root causes, and improve reliability through more scientific detection and verification methods.

On this professional stage centered on "failure prevention and mechanism review", Industrial Physics is presenting multiple testing solutions for aerospace materials and structures for on-site communication with everyone.

Our on-site demonstration:SpecMetrix Coating Thickness Measurement System

We showcased and demonstrated at the conference venueSpecMetrix Enhanced Laboratory Coating Thickness Measurement SystemEmphasize the following technical features and application value:

Non contact, non-destructive, sub micron level accuracy:

SpecMetrix uses ROI enhanced optical interferometry to achieve absolute thickness measurement of transparent, semi transparent, or colored coatings on various substrates.

Quick scanning and multi-point statistics:

The system supports scanning measurement mode, which can obtain the average data of 100+measurement points in the selected area within a few seconds. This helps evaluate the comparative distribution, uniformity, and repeatability of the coating, making it more representative than traditional single point measurement.

Suitable for common surfaces and functional coatings in aerospace:

In the aerospace field, common coatings include primer, topcoat, insulation layer, anti-corrosion coating, wear-resistant/heat-resistant (such as TBC thermal barrier coating), thin film structure, and bonding layer. The SpecMetrix system is capable of handling the diverse substrate and coating structures mentioned above.

The auxiliary value of the failure analysis process:

When conducting equipment failure or service failure analysis,SpecMetrix systemIt can assist in identifying coating thickness deviations, hollowing/delamination trends, coating consistency after repair or rework, and comparative analysis with design specifications or historical data.

SpecMetrix Coating Thickness Measurement SystemInTypical application objects in the aerospace industry:

·Protective coating on the leading edge of the blade

·Surface coating of landing gear and fasteners

·Composite material surface protective coating

·Insulation coating for sensors, wires, and connectors

·Anti corrosion system for structural components, etc

Other aspects of 'failure analysis'Recommended solutions for industrial physics

In the on-site discussion of failure analysis of aerospace equipment, several key detection schemes we recommend have received special attention because they directly correspond to the most common failure paths in the equipment's service environment:Coating delamination, geometric deviation, corrosion penetration, structural fatigue, and sealing failure.

Torus blade edge contourWing detection system

Perform high-precision contour scanning for micro geometric deviations at the leading edge of the blade, such as blade wear, blade curvature changes, and airfoil thickness reduction. Can be used to trace the chain of "geometric deformation → aerodynamic efficiency decline → fatigue crack generation" in failure analysis.

C&W salt spray/cyclic corrosion test chamber

Simulate salt spray, wet heat cycle corrosion scenarios in marine, airport, and end of pipe environments to evaluate the corrosion resistance life of coatings, anti-corrosion coatings, and surface protection systems for structural components in service environments.

Ray Ran pendulum impact testing machine

Suitable for impact toughness testing of composite materials, protective covers, shell structures, etc. In failure analysis, it can assist in judgmentImpact damage and fatigue crack growthIs it the root cause of the malfunction.

UTS Universal Material Testing Machine

Used for testing the mechanical properties of materials such as tension, fatigue, peeling, and bending, providing quantitative data on the reliability of structural components under service conditions at the end of the grade. The UTS universal material testing machine comes in various models including desktop and floor standing configurations.

UTS on-site rapid tensile testing machine

It is a portable solution under the UTS brand of Industrial Physics, suitable for quickly evaluating the pulling or shearing status of connectors, fasteners, and bonding points on site (such as maintenance workshops, hangars) to support the verification of failure status before and after maintenance.

Live interaction present continuous tense

Currently, industrial physics is being showcased at the exhibition boothSpecMetrix Enhanced Coating Thickness Measurement SystemProvide real-time demonstrations and offer rapid sample measurement and data interpretation; At the same time, we welcome everyone to have in-depth discussions with our technical experts on topics such as blade profile detection, cyclic corrosion strategy, composite impact toughness, and structural component mechanics verification, regarding application methods and selection suggestions.

The conference will continue tomorrow (November 8th), and Industrial Physics sincerely invites all experts and peers present at the conference site to come and exchange ideas. If you need to test samples, research projects, or service issues, please feel free to bring them to the site to discuss more efficient failure analysis and verification paths.

Industrial Physics - Empowering aerospace failure analysis with precision measurement and reliability verification, ensuring that every judgment has data to rely on; Make every improvement visible as an improvement.

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