TT120超声波测厚仪（钢高温型）产品介绍
TT120超声波测厚仪是一款专为高温钢材厚度检测设计的精密仪器，适用于工业制造、能源设备维护及特种材料检测领域。该设备采用先进超声脉冲回波技术，可在不损伤被测物体的前提下，快速获取材料厚度数据，为高温作业环境下的设备安全评估提供可靠依据。
核心功能与优势：
- 高温适应性：可在表面温度达300℃的钢材表面直接测量，突破常规设备温度限制，满足锅炉、管道等高温部件的在线检测需求。
- 智能温补系统：内置温度补偿算法，有效消除热膨胀效应对测量精度的影响，确保高温环境下测量误差控制在±0.1mm以内。
- 宽域测量范围：支持1.0-200mm的厚度检测，覆盖常见工业钢材规格，适用于不同厚度的钢板、铸件及焊接部位检测。
- 工业级防护：配备耐高温陶瓷探头保护层，结合IP67防护机身，适应粉尘、油污等复杂工况环境下的连续作业。
- 人机交互优化：2.4英寸高亮LCD显示屏，支持强光环境下数据读取，界面布局符合工程人员操作习惯。
应用场景：
• 石化行业：炼油装置高温管道壁厚监测
• 电力能源：蒸汽轮机叶片厚度定期检测
• 压力容器：反应釜、储罐等设备的在役检验
• 设备制造：高温部件加工过程中的质量管控
技术创新点：
采用窄脉冲宽带探头技术，有效提升超声波在高温金属中的穿透力和信号稳定性。多模式测量功能可自动识别材料声速，配合专用高温耦合剂（选配），实现快速、精准的测量效果。设备配备可拆卸式大容量锂电池组，支持连续8小时作业，满足全天候检测需求。
TT120 Ultrasonic Thickness Gauge (High-Temperature Steel Version) Product Introduction
The TT120 Ultrasonic Thickness Gauge is a precision instrument specifically designed for thickness measurement of high-temperature steel materials. Utilizing advanced ultrasonic pulse-echo technology, this device enables non-destructive testing of material thickness while maintaining measurement accuracy in high-temperature industrial environments.
Key Features:
- High-Temperature Capability: Performs direct measurements on steel surfaces up to 300℃, suitable for in-service inspection of boilers, pipelines, and other thermal equipment components.
- Adaptive Compensation: Intelligent temperature compensation algorithm minimizes thermal expansion effects, ensuring measurement accuracy within ±0.1mm under varying thermal conditions.
- Extended Measurement Range: Covers 1.0-200mm thickness detection for various industrial steel products, including plates, castings, and welded structures.
- Rugged Construction: Features heat-resistant ceramic probe protection and IP67-rated housing, designed for reliable operation in harsh industrial environments.
- Enhanced Visibility: 2.4-inch anti-glare LCD display provides clear readings under direct sunlight, with intuitive menu navigation optimized for field operations.
Typical Applications:
• Oil & Gas: Wall thickness monitoring of high-temperature pipelines
• Power Generation: Turbine blade inspection in thermal plants
• Pressure Vessel Maintenance: In-service inspection of reactors and storage tanks
• Manufacturing Quality Control: Thickness verification during hot forming processes
Technical Highlights:
Equipped with narrow-pulse broadband probe technology, the device enhances ultrasonic penetration and signal stability in heated metals. Automatic material velocity calibration and optional high-temperature couplant ensure efficient measurement workflows. The modular battery design provides 8 hours of continuous operation, supported by low-power consumption circuitry for extended field use.
