Welding is an integral part of many 建设 and fabrication processes in many industries. 然而, Weld errors can cause severe damage to materials and components, resulting in loss of strength and durability or even failures.
Verifying the properties and testing the lifecycle of these welds is of paramount importance, especially when considering defective welds are often the ‘weakest link’ in terms of a system’s viability. 元件焊接试验 & inspection services help to ensure your welding process is correct and meets the quality and safety standards, offering you peace of mind alongside long-term cost savings.
焊接试验方法
im体育APP combines 非破坏性测试 (NDT), 破坏性的测试, 程序的资格, and safety reviews to ensure that your welds and welding processes are safe, 非常高效。, 和可靠的. 我们的测试方法包括:
油的焊接试验 & 天然气工业
The production of 石油和天然气 faces challenging conditions such as increased temperatures, 更高的压力, and corrosive atmospheres in subsea and ultra-deepwater environments. To support our clients, im体育APP has developed specialized 油的焊接测试服务 & 天然气工业.
认证焊接检验员(CWI) & 工程师(CWEng)
我们有丰富的经验和认证 weld technology experts and PCN and CSWIP-qualified weld inspectors provide critical welding-related services, including weld qualification testing, development of 焊接程序 规范和代码遵从性, 焊缝失效分析, 焊接质量分析, and welding process auditing and improvement services.
im体育APP优势
遍布全球, fully ISO 17025 accredited laboratories, we can simulate real-time 焊接测试 conditions for welds and components and their behavior in the field.
We leverage our global platform of laboratories to help review your current processes, 协议, and safety systems to provide feedback on what is working well and how to make improvements for a more 非常高效。 and accurate program.
Whether your requirement is in weld procedure or welder certification, 焊接测试, inspection or forensic failure analysis, our welding services can support you at every stage of the asset life cycle. For more information about our 焊接试验方法, 今天就联系专家.
Keeping People, the Environment, and Assets Safe with Non-Destructive 测试
Non-破坏性的测试 (NDT) is critical to ensure the infrastructure and assets that we use daily remain safe, learn more about the benefits of 焊接测试. im体育官方app下载超声波相控阵检测
Ultrasonic testing (UT) is a non-destructive test method that utilizes sound waves to detect cracks and defects in parts and materials. 了解更多Why do I need a Certified Welding Inspector (CWI)?
Many high-profile industries (aerospace, 国防, 石油和天然气, 建设, and energy) require welding contractors to either employ or contract CWIs to oversee welding activities. im体育官方app下载Welding Fume Safety - Everything You Need To Know
The Control of Substances Hazardous to Health (COSHH) regulations set out clear rules for employers to provide a safe working environment including welding fume safety. im体育官方app下载焊接检测资源
im体育APP provides a wide range of 焊接试验方法, 包括机械测试, 非破坏性测试, 金相学, 和更多的.
Why do I need a Certified Welding Inspector?
CWIs have the knowledge and experience to ensure all phases of a welding project are performed in accordance with applicable codes and specifications.
确保激光焊接质量
Find out more about how to ensure the ongoing quality of laser welded parts.
焊接烟尘监测
Our team of Occupational Hygienists can undertake a comprehensive range of monitoring and assessment services, including undertaking welding fume exposure monitoring of fumes and 气体es.
电子束与激光束焊接
Electron beam welding (EBW) and Laser beam welding (LBW) are two very popular methods of joining multiple metallic components. But which process is the most effective?
Weld Fatigue 测试 of 钢 Catenary Risers
im体育APP’s full-scale pipeline testing facility performs testing on steel catenary risers in our laboratory and on-site at the point of fabrication.
Copper Induced Cracking of a Butt Weld
Read our case study find the reasons for newly constructed stainless steel piping weld joint cracking, 包括详细的, 宏, 化学, and physical analysis to identify the cause of failure.
Can an ECA mitigate the requirement of performing PWHT?
Can an ECA mitigate the requirement of performing 焊后热处理(PWHT) and what are the benefits of it? 从im体育APP的案例研究中了解更多信息.
Fatigue 测试 of Pipeline Girth Welds
Read our case study to understand the approach to validating the fatigue performance of pipeline girth welds. 特别是, the variables that need to be considered when planning a test program to qualify such welds' fatigue performance