微机差热天平 (CAS No.None)
- 物化性质
- 采用热流式DSC数据采集方式，可同时进行差热分析（DTA）和热重分析（TG），绘制能量-温度及质量-温度曲线。用户可用标准样品对温度、能量及热重准确性进行校正。气氛控制系统采用质量流量控制器，三路稳压稳流气体可自动切换，精度高、重复性好、响应速度快。可满足微量到大剂量样品的测试需求，更换支撑杆后最大样品量可达5g。
- 技术参数
- 采用热流式DSC数据采集方式，可绘制能量与温度曲线，并能完成DTA、TG、DTG、DDTG等常规数据处理。 用户可利用标准样品对温度、能量、热重准确性进行校正，并支持DTA峰面积、热焓、动力学参数、活化能、玻璃化转变温度等特殊数据处理。 气氛控制系统采用质量流量控制器，三路稳压稳流气体可在实验过程中自动切换，并可定制耐腐蚀性气体的控制系统。 更换支撑杆后最大样品量可达5g，从微量样品到大剂量样品均可满足测试要求。 配置两套测温电偶，一套实时显示炉温（无论加热炉是否工作），另一套显示工作时样品温度；大屏幕液晶显示，支持任意时刻截图和自动变换量程。
English description（英文原文，共 2266 字符）
Product Name:Microcomputer Differential Thermal Balance
English Name:Microcomputer Differential Thermal Balance
Aliases:Differential Thermal Balance, Simultaneous Thermal Analyzer
Physical Properties:It adopts heat-flux DSC data acquisition mode, enabling simultaneous differential thermal analysis (DTA) and thermogravimetric analysis (TG), and plots energy-temperature and mass-temperature curves. Users can calibrate temperature, energy, and thermogravimetric accuracy with standard samples. The atmosphere control system uses mass flow controllers, with three channels of stabilized pressure and flow gas that can be automatically switched, featuring high precision, good repeatability, and fast response. It can meet testing requirements from micro samples to large doses, and the maximum sample amount can reach 5g after replacing the support rod.
Uses:It is used for simultaneous analysis of thermal effects and mass changes of materials under programmed temperature control, widely applied in thermal stability research, composition analysis, and reaction kinetics studies of plastics, rubber, ceramics, metals, minerals, pharmaceuticals, and other materials.
Technical Specifications:
Adopts heat-flux DSC data acquisition mode, plotting energy versus temperature curves, and can perform DTA, TG, DTG, DD TG and other routine data processing.
Users can calibrate temperature, energy, and thermogravimetric accuracy with standard samples, and it supports special data processing such as DTA peak area, enthalpy, kinetic parameters, activation energy, and glass transition temperature.
The atmosphere control system uses mass flow controllers, with three channels of stabilized pressure and flow gas automatically switchable during experiments, and a corrosion-resistant gas control system can be customized.
The maximum sample amount can reach 5g after replacing the support rod, satisfying test requirements from micro samples to large doses.
Equipped with two thermocouples: one displays the furnace temperature in real time (regardless of whether the furnace is working), the other displays the sample temperature during operation; a large-screen LCD display supports screenshot at any time and automatic range adjustment based on output signal.
English Name:Microcomputer Differential Thermal Balance
Aliases:Differential Thermal Balance, Simultaneous Thermal Analyzer
Physical Properties:It adopts heat-flux DSC data acquisition mode, enabling simultaneous differential thermal analysis (DTA) and thermogravimetric analysis (TG), and plots energy-temperature and mass-temperature curves. Users can calibrate temperature, energy, and thermogravimetric accuracy with standard samples. The atmosphere control system uses mass flow controllers, with three channels of stabilized pressure and flow gas that can be automatically switched, featuring high precision, good repeatability, and fast response. It can meet testing requirements from micro samples to large doses, and the maximum sample amount can reach 5g after replacing the support rod.
Uses:It is used for simultaneous analysis of thermal effects and mass changes of materials under programmed temperature control, widely applied in thermal stability research, composition analysis, and reaction kinetics studies of plastics, rubber, ceramics, metals, minerals, pharmaceuticals, and other materials.
Technical Specifications:
Adopts heat-flux DSC data acquisition mode, plotting energy versus temperature curves, and can perform DTA, TG, DTG, DD TG and other routine data processing.
Users can calibrate temperature, energy, and thermogravimetric accuracy with standard samples, and it supports special data processing such as DTA peak area, enthalpy, kinetic parameters, activation energy, and glass transition temperature.
The atmosphere control system uses mass flow controllers, with three channels of stabilized pressure and flow gas automatically switchable during experiments, and a corrosion-resistant gas control system can be customized.
The maximum sample amount can reach 5g after replacing the support rod, satisfying test requirements from micro samples to large doses.
Equipped with two thermocouples: one displays the furnace temperature in real time (regardless of whether the furnace is working), the other displays the sample temperature during operation; a large-screen LCD display supports screenshot at any time and automatic range adjustment based on output signal.
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常见问题
- 微机差热天平的 CAS 号是多少？
- 微机差热天平的 CAS 号是 None。
- 微机差热天平的英文名称是什么？
- 微机差热天平的英文名称为 Microcomputer Differential Thermal Balance。
- 微机差热天平还有哪些别名？
- 微机差热天平又称 差热天平、同步热分析仪。
- 微机差热天平有哪些供应商和生产厂家？
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- 平台上微机差热天平的供应级别包括 工业级。
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- 微机差热天平的报价单位主要有 千克。
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