探索材料科学的极端领域
从 350°C 到 1750°C 的宽温域，高达 300°C/s 的升降温速率。ZENITRA 为您提供前所未有的原位高温分析能力，实时洞察玻璃、陶瓷、矿物在极端热环境下的熔化、结晶与相变过程。
Explore the Extreme Frontiers of Material Science
From 350°C to 1750°C with heating and cooling rates up to 300°C/s. ZENITRA offers unprecedented in-situ analysis, providing real-time insights into the melting, crystallization, and phase transitions of materials in extreme thermal environments.
核心功能 一览无余
Core Features at a Glance
专为精准、高效的极端环境材料研究而设计。
Engineered for precise and efficient material research in extreme environments.
快速升降温
Rapid Heating/Cooling
升降温速率可高达300℃/秒，几分钟内完成熔化/结晶测试。
Heating and cooling rates up to 300°C/s, enabling melting/crystallization tests to be completed within minutes.
原位观测
In-situ Observation
实时观察材料高温行为。
Real-time observation of material behavior at high temperatures.
气氛控制
Atmosphere Control
密闭炉膛，实现气氛控制。
Sealed furnace chamber allows for controlled gas environments.
原位综合测试
In-situ Integrated Testing
集成SMA905光纤接口(可选)，实现光谱Raman, UV-VIS等高温原位测试。
Optional SMA905 fiber optic interface for high-temperature in-situ Raman, UV-VIS, and other spectroscopic measurements.
辅助加热(可选)
Auxiliary Heating (Optional)
环境温度补偿，提升高温区温场均匀性。
Compensates for ambient temperature fluctuations and enhances uniformity of the high-temperature zone.
AI 图像采集
AI Image Capture
AI自动标记关键影像，便于后续分析。
AI-assisted automatic labeling of key frames to facilitate later analysis.
1500°C 的清晰洞察
Crystal Clear at 1500°C
即使在1500°C的极端高温下，ZENITRA 依然能提供稳定、清晰的成像。上图展示了材料在高温熔融状态下的真实行为，为您提供最直接、最可靠的实验数据。
Even at the extreme temperature of 1500°C, ZENITRA delivers stable and clear imaging. The image above shows the actual behavior of a material in a molten state, providing you with the most direct and reliable experimental data.
3D打印陶瓷原位烧结
3D Printing Ceramic In-situ Sintering
在升温过程中，3D打印材料依次经历脱脂、颗粒重排与烧结致密化阶段。随着温度升高，颗粒间扩散增强，烧结颈逐渐形成并长大，孔隙尺寸与数量持续减少。原位观察可揭示层间结构对收缩行为与致密化路径的影响，为优化烧结工艺与结构稳定性提供依据。
During heating, 3D-printed materials undergo sequential debinding, particle rearrangement, and sintering densification. With increasing temperature, interparticle diffusion is enhanced, leading to the formation and growth of sintering necks, while the size and number of pores gradually decrease. In-situ observation reveals the influence of layered structures on shrinkage behavior and densification pathways, providing guidance for optimizing sintering schedules and structural integrity.
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玻璃材料原位熔融-气体排出
In-situ melting of glass material - gas discharge
在升温过程中，玻璃材料由固相逐步软化并发生熔融，体系黏度显著降低。原料中残留的吸附气体及热分解产生的气体在熔体中形成气泡，并经历成核、生长与并合过程。随着温度升高，气泡在浮力作用下向表面迁移并逸出，实现玻璃熔体的脱气与均化。
During heating, glass materials gradually soften and melt, accompanied by a significant decrease in viscosity. Residual and decomposition-generated gases form bubbles within the melt, undergoing nucleation, growth, and coalescence. With increasing temperature, bubbles migrate toward the surface driven by buoyancy and eventually escape, leading to effective degassing and homogenization of the glass melt.
高温原位Raman
High temperature in situ Raman
ZENITRA高温原位 Raman 系统可在受控升温条件下实现材料结构的实时光谱表征。该平台支持高温稳定加热与光学原位采集，同步获取 Raman 谱随温度演化信息，用于揭示相变、键结构重排及反应动力学过程。
The ZENITRA platform enables high-temperature in-situ Raman analysis under precisely controlled heating conditions. It provides stable thermal environments and real-time spectral acquisition, allowing continuous monitoring of temperature-dependent Raman evolution. This capability facilitates the investigation of phase transitions, bond rearrangements, and reaction kinetics during high-temperature processes.
高温原位接触角/润湿性测试
High temperature in situ Raman
ZENITRA高温原位 接触角/润湿性能原位测试
TZENITRA High Temperature In-Situ Contact Angle/Wetting Performance In-Situ Testing.
解锁无限研究可能
Unlock Infinite Research Possibilities
适用于多种前沿材料科学与工程研究领域。
Applicable to a wide range of cutting-edge material science and engineering research fields.
玻璃与陶瓷: 考察玻璃配方熔融、结晶过程及玻璃-陶瓷材料的结晶化趋势。
Glass & Ceramics: Study of glass formulation melting and crystallization processes, as well as crystallization trends in glass-ceramic materials.
其他非金属材料: 评估矿石、耐火材料高温熔化与凝固行为。
Other Non-Metallic Materials: Evaluation of high-temperature melting and solidification behavior in ores and refractory materials.
原位光谱测试: 如高温Raman光谱。
In-situ Spectroscopy: Such as high-temperature Raman analysis.
高温透过性能测试: 评估材料在高温下的光学性能。
High-Temperature Transmission Testing: Assess optical properties of materials at high temperatures.
高温界面行为测试: 观察材料间的接触、润湿与反应。
High-Temperature Interface Behavior: Observe contact, wetting, and reactions between materials.
溶解动力学测试: 研究材料在高温熔体中的溶解过程。
Dissolution Kinetics Testing: Study the dissolution process of materials in high-temperature melts.
一体化系统组成
Integrated System Components
从硬件到软件，为您提供完整的原位高温分析解决方案。
From hardware to software, we provide a complete solution for in-situ high-temperature analysis.
多功能热台
Multifunctional Hot Stage
铂铑加热元件；密闭炉膛；350至1750℃。
Platinum-rhodium heating element; sealed furnace; 350–1750°C.
控制器
Controller
程控温度曲线或手动控制，带有显示屏。
Programmable temperature curve or manual control with display.
显微镜
Microscope
光学显微镜，连续变倍。
Optical microscope with continuous zoom.
摄像系统
Camera System
C口摄像头；帧率可调。
C-mount camera with adjustable frame rate.
计算机与软件
Computer & Software
温控与图像分析软件；自动记录数据。
Temperature control and image analysis software; automatic data recording.
强大的分析软件
Powerful Analysis Software
直观的界面，强大的功能，简化您的实验流程。
Intuitive interface with powerful features to streamline your workflow.
测温控制
Temperature Control
多段温度程序，支持自动/手动模式。
Multi-segment temperature programs with automatic/manual modes.
实时数据与影像
Real-Time Data & Imaging
在线显示温度曲线和样品图像，自动保存。
Live temperature curve and sample imaging with auto-saving.
图像测量
Image Analysis
尺寸、角度测量，计算凝固分数和结晶分数。
Measurement of dimensions and angles; calculation of solidification and crystallization fractions.
数据导出
Data Export
生成图表和实验报告，支持CSV/图片导出。
Generate charts and reports; supports CSV and image export.
详细技术参数
Technical Specifications
| 参数 | Parameter | 规格 | Specification |
|---|---|---|---|
| 测温范围 | Temperature Range | 350 - 1750°C (最高稳定 1750°C) 350–1750°C (stable operation up to 1700°C) | |
| 控温精度 | Temperature Accuracy | 升温 ±1°C, 恒温 ±1°C Heating: ±1°C; Constant: ±1°C | |
| 升/降温速度 | Heating/Cooling Rate | 升温 1-300°C/s; 降温最高 300°C/s Heating: 1–300°C/s; Cooling: up to 300°C/s | |
| 测量温度误差 | Temperature Error | ±1°C | |
| 热台材质 | Hot Stage Material | 铂铑合金 (理论最高温度 1800°C) Platinum-Rhodium Alloy (Max temp 1800°C) | |
| 成像方式 | Imaging Mode | 显微镜；激光共聚焦显微镜 (CCD/CMOS摄像头) Optical microscope; laser confocal microscope (CCD/CMOS camera) |
获取报价与方案
Get a Quote and Consultation
请填写您的需求，我们的技术专家会尽快与您联系。
Please fill out your requirements, and our technical expert will contact you shortly.