Proterm 1200 °C Protected High-Temperature Furnace (Tube Furnace)
The Proterm 1200 °C protected high-temperature tube furnace is designed for high-temperature ashing applications. The furnace operates at a maximum temperature of 1200 °C with a maximum heating rate of approximately 8 °C/min, enabling controlled and safe thermal processing. Its tube furnace design allows samples to be isolated from the external environment, ensuring homogeneous and repeatable ashing conditions.
Proterm 1600 °C High-Temperature Atmosphere-Controlled Ashing Furnace
The Proterm 1600 °C high-temperature atmosphere-controlled ashing furnace is used for ashing processes performed under high temperature and controlled atmosphere conditions. With a maximum operating temperature of 1600 °C and a maximum heating rate of approximately 20 °C/min, the furnace is suitable for applications requiring high-temperature and pressure-controlled ashing. It provides reliable and repeatable results for ashing studies conducted under extreme thermal conditions.
Proterm 1200 °C High-Temperature Ashing Furnace (10 L)
The Proterm high-temperature ashing furnace with a 10 L chamber volume operates at a maximum temperature of 1200 °C and is used for high-temperature ashing applications. Its compact chamber size makes it suitable for smaller sample volumes and routine laboratory analyses. The furnace ensures reliable and repeatable ashing through controlled and uniform temperature distribution.
Proterm 1400 °C High-Temperature Ashing Furnace (31 L)
The Proterm high-temperature ashing furnace with a 31 L chamber volume is used for ashing processes at elevated temperatures. The furnace operates at a maximum temperature of 1600 °C, allowing safe and controlled ashing of various sample types under high-temperature conditions. Its large chamber capacity enables simultaneous processing of multiple or large-volume samples, improving laboratory efficiency.
Proterm 1200 °C High-Temperature Ashing Furnace (Rail System)
The Proterm 1200 °C high-temperature ashing furnace with a rail system operates at a maximum temperature of 1200 °C and is used for high-temperature ashing studies. The rail system design allows safe, controlled, and convenient insertion and removal of samples. This configuration enhances operational safety while providing ease of use and improved workflow efficiency.
Laboratory Responsible Specialists
1. Lecturer Mustafa Göktan Aydın
E-mail: goktan.aydin@iste.edu.tr
Phone: 0 (326) 310 2842
2. Lecturer Dr. Hasan Köseoğlu
E-mail: hasan.koseoglu@iste.edu.tr
Phone: 0 (326) 310 2843
