FM-YRC液体比热容测定仪产品介绍（中英双语）
产品概述
FM-YRC液体比热容测定仪是一款专业用于测量液体物质比热容特性的实验室分析设备。该仪器基于量热学原理设计，通过精密温度控制系统与智能数据处理模块的协同工作，能够快速、稳定地获取多种液态样品在特定温度条件下的比热容参数。适用于化工原料、生物制剂、能源材料等液态物质的物性分析，为科研实验和工业研发提供可靠数据支持。
Technical Overview
The FM-YRC Liquid Specific Heat Capacity Analyzer is a specialized laboratory instrument designed for measuring the specific heat capacity of liquid substances. Based on calorimetric principles, it integrates precise temperature control systems with intelligent data processing modules to efficiently determine thermal properties of various liquid samples under defined temperature conditions. Suitable for analyzing chemical raw materials, biological preparations, and energy-related liquids, this instrument delivers dependable thermal characterization data for scientific research and industrial development.
技术特点
- 精密温控系统：采用高分辨率温度传感器与自适应控温算法，可在-20℃至150℃范围内实现±0.05℃的恒温精度，满足不同实验场景的温度控制需求。
- 模块化设计：独立式测量单元与控制系统分离布局，有效减少环境干扰，同时支持快速更换不同规格的样品容器。
- 智能数据处理：配备专用分析软件，可自动完成数据采集、基线校正和参数计算，生成标准化测试报告。
- 宽量程适应：支持低粘度水溶液至高粘度胶体等多种液态样品的测试，最小样品量仅需5mL。
- 人机交互优化：7英寸触控屏搭载图形化操作界面，实验参数设置与过程监控直观便捷。
Technical Features
• Precision Temperature Control: Utilizes high-resolution sensors and adaptive algorithms to maintain thermal stability within ±0.05℃ across -20℃ to 150℃ range.
• Modular Architecture: Separated measurement unit minimizes environmental interference while allowing quick sample cell replacement.
• Automated Analysis: Built-in software handles data acquisition, baseline correction and parameter calculation with customizable report generation.
• Broad Compatibility: Accommodates diverse liquid samples from low-viscosity solutions to high-viscosity colloids with minimum 5mL sample requirement.
• User-Centric Interface: 7-inch touchscreen with intuitive workflow guidance simplifies operation and real-time monitoring.
应用领域
本仪器广泛应用于化学合成工艺开发、储能材料研究、生物医药制剂分析、石油化工产品检测等领域。在新能源电池电解液研发、工业冷却剂配方优化、食品加工热力学研究等场景中，为研究人员提供关键的物性参数。
Applications
This instrument serves diverse sectors including chemical synthesis process development, energy storage material research, biopharmaceutical analysis, and petrochemical product testing. It provides essential thermal property data for applications such as electrolyte development in energy storage systems, industrial coolant formulation optimization, and thermodynamic studies in food processing.
核心优势
通过优化的热流道设计和多重信号补偿技术，显著提升低热导率液体样品的测量重复性。双通道参比测量结构有效消除环境波动影响，确保长期测试稳定性。设备支持用户自定义温度程序，满足特殊实验条件需求，配套数据库功能可存储超过1000组实验数据。
Core Advantages
Innovative thermal path design and multi-channel signal compensation enhance measurement reproducibility, particularly for low-thermal-conductivity liquids. Dual-reference channel configuration ensures long-term stability by compensating ambient fluctuations. Customizable temperature programs accommodate specialized testing requirements, with onboard database supporting storage of 1,000+ experimental datasets.
（总字数：中文327字+英文330字=657字）
