【FM-XZY新型热学实验仪 产品介绍】
FM-XZY新型热学实验仪是一款面向科研机构、高等院校及工业实验室设计的高性能热学分析设备。该产品通过创新技术架构，实现了对材料热传导、热扩散、比热容等关键参数的精准测量，为能源、材料、电子等领域的研发工作提供可靠的实验支持。其模块化设计支持灵活的功能拓展，可满足多场景实验需求，助力用户探索材料热学性能的深层次规律。
核心功能方面，设备搭载高灵敏度温度传感系统与智能化控温模块，能够在-150℃至1200℃范围内实现±0.1℃的温控精度。多通道数据采集系统可同步记录温度、热流等12项关键参数，配合自主研发的数据分析软件，支持实时曲线绘制、数据对比及三维热场模拟。独特的防干扰设计有效降低环境变量影响，确保实验结果的重复性与可靠性。针对不同形态样本，产品提供粉末、块体、薄膜等多种专用样品支架，并支持用户自定义实验程序。
在应用领域，FM-XZY不仅适用于传统金属、陶瓷材料的热学性能研究，更能满足新型复合相变材料、纳米材料、柔性电子器件等前沿领域的特殊测试需求。教育版机型特别配备可视化操作引导系统，通过动画演示和分步指导降低学习门槛，提升教学实验效率。工业版机型则强化了连续工作稳定性，可配合自动化生产线进行质量监控。
用户体验方面，设备采用10.1英寸全触控操作界面，支持手势缩放、多点触控等交互方式。云端数据管理功能允许实验人员远程访问历史数据，并生成符合国际期刊要求的图表格式。紧凑型机身设计较传统设备节省40%的实验室空间，底部主动散热系统可将工作噪音控制在45分贝以下。
我们为每台设备配备专业技术支持团队，提供软硬件全周期维护服务。通过定期推送的固件升级包，用户可持续获得新开发的功能模块。目前该产品已成功应用于新型电池热管理、航天材料研发等重大项目，其测量数据置信度获得多个科研团队的验证。
【FM-XZY Thermal Analysis System Product Introduction】
The FM-XZY Thermal Analysis System is a high-performance instrument designed for scientific research institutions, universities, and industrial laboratories. Integrating innovative measurement technologies, it enables precise characterization of thermal conductivity, thermal diffusivity, and specific heat capacity, providing critical support for R&D in energy, materials science, and electronics. The modular architecture allows flexible configuration to accommodate diverse experimental scenarios, empowering users to investigate the fundamental principles of material thermal properties.
The system features a high-precision temperature control module with ±0.1℃ stability across a broad operational range from -150℃ to 1200℃. Its multi-channel data acquisition system simultaneously tracks 12 thermal parameters, complemented by proprietary analysis software capable of real-time data visualization, comparative analysis, and 3D thermal modeling. Specially designed sample holders accommodate powders, bulk materials, and thin films, with customizable experimental protocols for specialized testing requirements.
Beyond conventional metals and ceramics, the FM-XZY excels in analyzing advanced materials including phase-change composites, nanomaterials, and flexible electronics. The education-oriented version incorporates interactive tutorial systems with animated experiment guides, while the industrial variant enhances operational durability for continuous production-line monitoring. Both versions utilize space-efficient designs that reduce laboratory footprint by 40% compared to conventional setups.
User-centric innovations include a 10.1-inch multi-touch interface with gesture controls, cloud-based data management for remote access, and automated report generation meeting academic publishing standards. The active cooling system maintains noise levels below 45 dB during operation. Our dedicated technical team provides comprehensive support, delivering regular firmware updates to expand system capabilities. Currently deployed in battery thermal management and aerospace material development projects, the system s measurement reliability has been validated through extensive practical applications.
