Can the tube furnace used in university laboratories be rotated and tilted?

The tube furnaces used in many university laboratories are designed with rotating and tilting functions, which have significant advantages in experiments:

Rotation function:
Preventing local overheating: The rotation mechanism can effectively prevent local overheating or bonding of materials at high temperatures, ensuring uniform heating of samples and improving the repeatability and accuracy of experiments.
Uniform mixing: For mixed materials, rotation can evenly blend the materials together, improving reaction efficiency and product quality.
Adjustable rotational speed: The rotational speed is usually adjustable to meet different experimental needs.
Tilt function:
Easy to operate: The tilted design facilitates the entry and exit of materials and the cleaning of residues, improving the convenience of experimental operations.
Adjustable tilt angle: The tilt angle of the furnace body is usually adjustable to adapt to different experimental scenarios and sample characteristics.
These functions not only improve the flexibility and applicability of tube furnaces, but also meet the needs of experimental equipment in multiple fields such as materials science, chemical engineering, and new energy research and development in university laboratories.

In addition, some high-end rotary tilting tube furnaces also have the following characteristics:

High vacuum environment: provides a nearly interference free platform for the reaction of materials in a specific atmosphere, meeting the stringent requirements of scientific research exploration.
Intelligent control system: integrates real-time monitoring and adjustment of multiple parameters such as temperature, atmosphere, and speed, with a user-friendly interface that facilitates the setting and execution of complex experimental plans.
Customizable size: Users can accurately adjust the furnace size according to the experimental scale and material characteristics, ensuring optimized resource allocation.
In summary, the tube furnace used in university laboratories can indeed rotate and tilt, providing great convenience and flexibility for experiments.