Products
Featured products
Diffractometer1. The accuracy of Diffractometer is high. 2. The application range of Diffractometer is wide. 3. Diffractometer is easy to operate, convenient and efficient.More- Single Crystal XRD1.The single crystal machine adopts PLC control technology. 2.Modular design, accessories plug and play. 3.Electronic lead door interlocking equipment with double protection. 4.Single crystal X-ray tube: a variety of targets can be selected, such as Cu, Mo,etc. 5. Single crystal adopts four-circle concentric technology to ensure that the center of no goniometer remains unchanged.More
- Series X-ray Crystal Analyzer1. X-ray instrument is easy to operate and fast to detect. 2. X-ray instrument is accurate and reliable, with excellent performance. 3. X-ray instrument has various functional accessories to meet the needs of different testing purposes.More
- Powder Diffractometer1. Detector type: Array detector or SDD detector; 2. PLC automatic control calculus, Integration mode conversion, PLC automatically performs PHA, dead time correction 3.Sample measurement type: powder sample, liquid samples, melt-state samples, viscous samples, loose powders, bulk solid samples 4.Available with a variety of diffractometer accessories 5.Maximum output powder: 3kWMore
Contact us
Medium-low temperature accessory
- Tongda
- Liaoning, China
- 1—2 months
- 100 units per year
Dandong Tongda Science & Technology Co., Ltd. In Situ Medium-Low Temperature Stage is a high-precision environmental control solution specifically designed for researchers in materials science, chemistry, physics, and related fields. It provides precise and stable medium-low temperature environments for samples during testing processes such as X-ray diffraction and spectroscopic analysis. This enables real-time, in situ observation and analysis of the dynamic processes of material crystal structure changes with temperature, unveiling the microscopic mysteries of materials under specific thermal conditions.
Product Overview
The In Situ Medium-Low Temperature Stage is a high-performance sample environment control system, integrating precision machinery, intelligent temperature control, and advanced vacuum technology. By precisely controlling the temperature in the sample area, it allows researchers to directly obtain key structural data of materials during cooling, warming, holding, and phase transition processes without breaking vacuum or moving the sample. It serves as a vital bridge connecting high-end analytical instruments with cutting-edge scientific research.
Core Advantages & Features
High-Precision Temperature Control: Utilizes an advanced intelligent temperature control system with high control accuracy and excellent temperature stability, ensuring highly repeatable and reliable experimental data.
Wide Compatibility: Compatible with various mainstream X-ray diffractometers and other analytical instruments, allowing easy integration into existing experimental setups and enhancing equipment functionality and value.
Superior Sample Protection: Integrated anti-condensation and vacuum/gas purge systems effectively prevent sample frosting or deliquescence in low-temperature environments, particularly suitable for moisture-sensitive materials and safeguarding the authenticity of test results.
Main Application Fields
This stage is a powerful tool for scientific research across multiple fields, especially suitable for:
Materials Science: Investigating phase transition behaviors in metal alloys, ceramics, polymer materials, shape memory alloys, etc.
Chemistry & Chemical Engineering: Monitoring intermediate states during chemical reactions, studying the low-temperature activation and deactivation mechanisms of catalysts.
Pharmaceutical R&D & Biotechnology: Researching polymorphic transitions in pharmaceuticals, and the low-temperature structures of biomacromolecules like proteins.
Semiconductors & Electronic Materials: Analyzing performance degradation mechanisms of lithium-ion battery materials at low temperatures, thermal stress behavior of semiconductor materials.
Geology & Mineralogy: Simulating low-temperature environments within the Earth's crust to study mineral phase transition processes.
Specifications of medium and low temperature accessory:
| Temperature setting | Inert gas environment,room temperature to 1200℃ |
| Vacuum environment | -196~500℃ |
| Temperature Control Accuracy | ±1℃ |
| Refrigeration mode | Liquid nitrogen(consumption less than 4/L) |
| Window material | Polyester film |
| Cooling mode | Deionized water circulation cooling |
Medium and low temperature accessory
Our Commitment & Assurance
Dandong Tongda Technology is consistently committed to serving Chinese scientific research with exceptional product quality. To meet growing market demands, the company has recently completed the expansion of its new factory area, exceeding 1000 square meters, and has comprehensively upgraded its modern production and testing equipment. Through scientific supply chain management and lean production, we ensure that every delivered In Situ Medium-Low Temperature Stage possesses outstanding quality and is delivered to you on time.
