In the field of materials science research, understanding the structural changes of materials under high-temperature environments is crucial. The In-situ High-temperature Accessory launched by Dandong Tongda Science and Technology Co., Ltd. is a high-precision scientific instrument accessory developed precisely to meet this need.

Designed specifically for X-ray diffractometers, this  High-temperature Accessory enables real-time analysis of crystal structure changes in materials under high-temperature conditions, providing researchers and industrial professionals with unprecedented observation capabilities of material behavior.

Precise Temperature Control Captures Every Moment of Material Change

The core value of the In-situ High-temperature Accessory lies in its ability to observe in real-time the crystal structure changes of materials during high-temperature heating processes, as well as the mutual dissolution processes of various substances at high temperatures.

It adopts an advanced temperature control system, achieving precise control from room temperature to 1200°C in an inert gas environment, and reaching extreme conditions up to 1600°C in a vacuum environment.

The temperature control accuracy of theIn-situ High-temperature Accessory reaches ±1°C, ensuring the accuracy and repeatability of experimental data. To ensure stability during long-term high-temperature operation, the accessory window uses special polyester film materials and is equipped with a deionized water circulation cooling system.

Multiple Application Scenarios Drive Innovation in Materials Research

As a key functional extension for X-ray analysis instruments, theIn-situ High-temperature Accessory plays a significant role in multiple materials research fields.

In the fields of environmental protection and electronic materials, In-situ High-temperature Accessory can be used to study the formation processes of new materials such as high-temperature superconducting materials and metal surface hardened films.

For research on ceramic and metal materials, In-situ High-temperature Accessory can analyze the orientation characteristics of various ceramics, evaluate metal aggregate organization, and perform residual stress testing on various materials.

In thin-film material research, this accessory can evaluate the preferred orientation of crystals in thin-film samples and analyze multilayer film structures on substrates such as glass, silicon, and metal.

Clear Technical Advantages Gain International Market Recognition

By leveraging its technological innovations in the field of In-situ High-temperature Accessory, Dandong Tongda Science and Technology has ensured its products not only meet domestic user needs but are also exported to multiple countries .

As a National High-Tech Enterprise, Dandong Tongda Science and Technology consistently focuses on the R&D and production of X-ray analysis instruments and non-destructive testing instruments.

The company's TD series analysis instruments incorporate the world's advanced programmable controller technology and modular design concepts, resulting in products with a high degree of automation, excellent anti-interference performance, and an extremely low failure rate.

Based on profound technological accumulation, the  equipment inherits the advanced control functions and comprehensive data processing capabilities of the TD series instruments, ensuring highly accurate test results.

The In-situ High-temperature Accessory from Dandong Tongda Science and Technology Co., Ltd. is not merely a laboratory tool but a key to unlocking the mysteries of material behavior at high temperatures.