储能材料

应用简介

1 提高能源效率的需求推动了能源节约的发展。相变材料纳入动态绝缘或其他的例子如二氧化碳水合物用于制冷循环的建筑材料可以用微量热仪、量热仪和DSC准确的研究。 SETARAM 仪器可以获取以下关键数据: –    潜热储热的测定 –    热化学热的测定 –    下列物质的比热测定 –    烃类 –    醇类 –    水和盐 –    相变材料…

相关产品

THEMYS 2017 3-4- OK

THEMYS HP TGA

The highlights The THEMYS is the NEW benchmark for modular thermogravimetric analysis. The THEMYS is available in various platforms: Standard Thermogravimetric Analysis (TGA), high pressure TGA, Simultaneous Thermal Analysis (STA) TG/DSC, Differential Thermal Analysis / Differential Scanning Calorimetry (DTA/DSC), and Evolved Gas Analysis (EGA). The design of the THEMYS is to provide our users with...

Read more »

THEMYS 2017 3-4- OK

THEMYS TGA/STA-EGA (Evolved Gas Analysis)

The highlights The THEMYS is the NEW benchmark for modular thermogravimetric analysis. The THEMYS is available in various platforms: Standard Thermogravimetric Analysis (TGA), high pressure TGA, Simultaneous Thermal Analysis (STA) TG/DSC, Differential Thermal Analysis / Differential Scanning Calorimetry (DTA/DSC), and Evolved Gas Analysis (EGA). The design of the THEMYS is to provide our users with...

Read more »

THEMYS 2017 3-4- OK

THEMYS TGA (Thermogravimetric Analysis)

The highlights The THEMYS is the NEW benchmark for modular thermogravimetric analysis. The THEMYS is available in various platforms: Standard Thermogravimetric Analysis (TGA), high pressure TGA, Simultaneous Thermal Analysis (STA) TG/DSC, Differential Thermal Analysis / Differential Scanning Calorimetry (DTA/DSC), and Evolved Gas Analysis (EGA). The design of the THEMYS is to provide our users with...

Read more »

THEMYS 2017 3-4- OK

THEMYS STA (Simultaneous Thermal Analysis)

The highlights The THEMYS is the NEW benchmark for modular thermogravimetric analysis. The THEMYS is available in various platforms: Standard Thermogravimetric Analysis (TGA), high pressure TGA, Simultaneous Thermal Analysis (STA) TG/DSC, Differential Thermal Analysis / Differential Scanning Calorimetry (DTA/DSC), and Evolved Gas Analysis (EGA). The design of the THEMYS is to provide our users with...

Read more »

Isothermal and temperature scanning calorimeter (ambient to 600°C)

c600-fond-blanc-basse-resolution-recadre

C600

The C600 high temperature Calvet calorimeter is based on the 3D Calvet sensor technology. An array of thermocouples totally surrounds the sample, and all the heat evolved is measured. No matter how small or large the thermal transformation, the system provides a complete picture of the event....

Read more »

SENSYS_evo_TG-DSC

SENSYS气体吸附微量热仪

一项三维传感器技术的革命性创新热分析 仪器亮点 差示扫描量热仪 –无与伦比的精度:独特的三维 DSC传感器完全包围样品和参比坩埚使,任何转变的全部能量变化都能被检测到,从提供无与伦比的精度测量。–参数独立校准:由于三维传感器的SENSYS evo的校准是独立的:样品的质量和形式(粉末、纤维、液体等),-样品和传感器之间的接触,-坩埚类型,-吹扫气体(惰性,氧化,还原,水蒸气,压力)和流量。热重–优秀的TG信号基线:对天平的对称性,其样品和参比垂直悬挂,保证长时间的位置稳定,以及良好的TG信号基线稳定性。–浮力效应自动补偿:样品和参比在相同的炉体(对称炉)内加热,这意味着浮力效应自动补偿。操作方便:专门的市场领先的最完美的软件CALISTO,不仅直观但足够强大的执行每一个典型的实验及数据处理。 2D plate-shaped or cylindrical 3D Calvet sensor? NEW PARTS AND OPTIONS Secondary Vacuum This solution consists of silica tubing connected to a turbomolecular pump via a computer controlled solenoid valve. The vacuum level is measured by a Pirani gauge and acquired by the software. Crucible, pierced lid Aluminum crucibles...

Read more »

An innovative line of Thermal Analyzers (-120 / 830°C) with 3D-Inside technology: TG-DSC-EGA

SENSYS_evo_TG-DSC

SENSYS高温同步微量热-气体联用分析仪

The HIGHLIGHTS Thermogravimetry Excellent TG signal baseline: the symmetry of the microbalance, with its sample and reference suspended vertically from the beam guarantee reproducible positioning of the sample over time and excellent stability of the TG signal baseline. Automatic compensation of Buoyancy: the sample...

Read more »

3D-Inside技术,成就颠覆常规的热分析平台(-120 / 830°C)

SENSYS-EVO-DSC-H-300dpi

高压卡尔维微量热仪

3D-Inside技术,成就颠覆常规的热分析平台(-120 / 830°C): DSC, 高压 DSC, 自动进样 DSC, TG – DSC – EGA联用 独有的3D量热传感器包围整个样品空间,任何反应的微量热效应均可被全部捕捉,提供无与伦比的量热准确性。 -易于操作:业内标杆的热分析软件Calisto,具备直观的操作体验及强大的处理工恩能够,足以轻松应对各种实验设置及测试结果分析 -一劳永逸的热量标定:SENSYS evo的3D量热传感器使用焦耳标定,标定结果不受实验条件影响,如各种气氛及流速,样品质量及形态,坩埚形状,样品与容器的接触等。 -高压条件下的DSC测试:配有两种高压坩埚,可以满足动态及静态高压控制,仅有样品处于高压下,量热传感器工作于常压中,因此标定系数,量热灵敏度,基线稳定性等均不受影响。 -大样品量:Sensys Evo所用的常压坩埚容积为250uL,非常设核研究各种异质材料体系,或各种微弱热效应。坩埚材质有养护率、铝铂铑等。 2D plate-shaped or cylindrical 3D Calvet sensor? NEW PARTS AND OPTIONS Coupling to a BET system An option was developed to detach the SENSYS evo DSC sensor from its base and to connect it to...

Read more »

高测试效率更短测试时间

TCi Gen III Thermal Conductivity Analyzer

TCi导热系数仪

更高测试效率,更短测试时间 C-Therm TCi导热系数分析仪可直接测试材料的导热系数和蓄热系数,该仪器主要用于实验室研发、质检控制及生产的快速、无损高精度热物性表征,TCi测试导热系数,不需要标定,无需特殊样品制备。系统具备在一定温度范围内(–50°C至 200°C)宽泛的测试量程(0.0 至 500 W/mK)。 TCi 也可以配备一到二个探头来提升测试效率。TCi 在对固体、液体、粉末和胶体的测试速度上优于市面上任何一款仪器,只需5 秒! 整个测试过程为无损测试,样品可以维持原貌,不影响继续使用及其他实验。 TCi配备单面探头,适用于测试固体、液体、粉末和胶体材料。测试范围0-500 W/mK,符合ASTM D7984标准。 TCi同时配备探针探头,可适用于测试熔融高分子材料,土壤,沥青、油、蜡。

3年保修的易用的差示扫描量热仪DSC(-170 to 700°C)

DSC131-300dpi

DSC 131 差示扫描量热仪

仪器亮点–耐用性:DSC131 EVO的传感器非常耐用,如果需要,可以由用户在30分钟内更换。没有其他的DSC能提供这样的灵活性。 –易于操作:市场领先的专业的软件,不仅直观且足够强大。 –灵活和强大:从- 170到700°C,具有快速加热和冷却性能。 –坩埚选择多:除了常规的30μL坩埚,容量100μL坩埚可用于分析和优化CP(比热容)的测量。 –高压坩埚:高压坩埚提供无与伦比的高压力(高达500bar/ 7250psi,600°C)而DSC传感器本身仍然在常压下。

文档

Application notes
Articles See articles