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Applications Cases 사례설명

Applications Cases

사례설명

Application Case
적용 사례 구분
계장화 압입시험은 다양한 산업 분야와 연구기관에서 마크로, 마이크로, 나노 규모의 재료특성 분석에 널리 사용되고 있습니다. 이 기술은 구조물부터 박막까지,
재료의 기계적 특성 및 잔류응력을 정밀하게 측정하는데 탁월합니다. 기존의 시험 방식보다 국부적인 특성 분석에 뛰어나며, 신속하고 편리하며 정확한 측정 결과를 제공합니다.

프론틱스의 계장화 압입시험 기술은 다양한 산업 현장에서 자재검사, 생산단계별 품질평가, 제조공정 개선 및 제품 품질 관리에 중요한 역할을 합니다.
또한, 설비의 안전성 평가, 재질 열화 수명평가, 손상분석 등에도 널리 활용됩니다.
  1. Petrochemical plants
    Applications Cases 01
    Petrochemical plants
    For the safe operation of equipment, it is necessary to assess tensile properties and residual stress in vulnerable areas of various facilities, including pipes, storage tanks, reactors, reformers, and heat treatment furnaces.
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  2. Energy transport pipeline
    Applications Cases 02
    Energy transport pipeline
    IIT is effective for new piping material inspections, long-term piping life assessments, integrity evaluations of operating pipes, residual stress analysis of pipes, and characterization of weld zones.
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  3. Power plants
    Applications Cases 03
    Power plants
    IIT is ideal for new material inspections, weld zone analysis, residual stress evaluation, turbine rotor property assessment, and assessing material property changes in long-term equipment.
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  4. Aerospace, automotive and railway
    Applications Cases 04
    Aerospace, automotive and railway
    IIT is ideal for new material inspections, weld zone analysis, residual stress evaluation, turbine rotor property assessment, and assessingmaterial property changes in long-term equipment.
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  5. Aerospace, automotive and railway
    Applications Cases 05
    Aerospace, automotive and railway
    IIT ensures transportation equipment safety by evaluating material propertiesand residual stress in automotive bodies, engine components, railway carriages, wheels, and aerospace materials.
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  6. Electronic components and batteries
    Applications Cases 06
    Electronic components and batteries
    IIT can be used to measure and analyze micro-strength, residual stress, adhesion, and other properties at the nanoscale in electronic components, displays, coatings, batteries, and more, ensuring the reliability of the components.
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  7. Renewable energy
    Applications Cases 07
    Renewable energy
    In wind turbines, solar panels, and hydrogen storage containers, IIT material testing aids in evaluating environmental resistance, optimizing energy efficiency, and enhancing durability.
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  8. Hydrogen embrittlement
    Applications Cases 08
    Hydrogen embrittlement
    In the low-carbon hydrogen era, IIT is essential forreal-time evaluation of hydrogen embrittlement in pipelines, storage containers, reformers, valves, and other equipment to ensure safety.
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  9. Biomaterials
    Applications Cases 09
    Biomaterials
    Evaluating hardness, tensile properties, fracture toughness, and other characteristics of implants or prosthetics exposed to external loads is crucial for selecting materials with optimal durability and reliability.
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  10. University and Research Institutions
    Applications Cases 10
    University and Research Institutions
    IIT can be used at the nanoscale for mechanical property evaluation when specimen preparation is challenging or quick measurement is needed.
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