Additional information
| DIMENSIONS | 67 × 27 × 22 cm |
|---|---|
| MAX_TEMP | 1121°C (2050°F) |
| VOLTS | 230 |
| WATTS | 20 kw |
| INT_DIMS | 18X19X24 |
| EXT_DIMS | 38X45X56 |
| CONTROLS | Digital |
| HIGH_LIMIT | Analog |
A temperature control system and DC variable speed control are included with this Rotary Tube Furnace. The rotating tube furnace is an affordable option for R&D settings and may be used in laboratories or industrial settings.
A sophisticated and adaptable thermal processing tool utilized in both industrial and laboratory contexts is the Rotary Tube Furnace, which is equipped with a temperature control system and DC variable speed control. It is especially cost-effective for Research and Development (R&D) environments, enabling fine control over heating and sample movement, making it appropriate for a wide range of applications.
FUNCTIONALITY :
The furnace has a cylindrical tube that spins during operation, ensuring equal heat distribution and increased mixing of the contents inside. With the DC variable speed control, handling various materials and processes is made flexible by allowing the tube’s rotation speed to be changed in accordance with particular process needs. With its sophisticated digital controls, the temperature control system allows for accurate temperature setting and continuous monitoring of the tube’s internal thermal environment. The furnace generates precise and reliable heating profiles as a consequence.
High-performance heating elements, which are usually constructed of sturdy materials and produce heat that is evenly dispersed throughout the revolving tube, are powered by an electric current to run the furnace.
APPLICATIONS :
Numerous disciplines employ the Rotary Tube Furnace in a range of applications:
Synthesis and Processing of Materials: It is extensively employed in the synthesis of sophisticated materials, such as composites, ceramics, and nanoparticles. In order to produce high-quality materials, complete mixing and homogeneous heating are ensured by the revolving tube.
Calcination and Pyrolysis: When materials need to be heated to high temperatures in a regulated environment, these furnaces are perfect for the job. The uniform breakdown and change of materials are facilitated by the rotational motion.
Thermal Decomposition: Compounds are thermally broken down in rotating tube furnaces in chemical laboratories, which makes it easier to research and create novel chemical reactions and procedures.
SAFETY FEATURES :
Owing to the elevated temperatures and possible risks linked to thermal processing, the Rotary Tube Furnace is outfitted with many safety mechanisms:
Over-Temperature Protection: To avoid overheating and possible damage, the furnace has automated shut-off systems that kick in if the temperature rises over safe operating limits.
Sturdy Insulation: Top-notch insulation materials reduce heat loss and provide a reasonably cold exterior, lowering the possibility of burns from direct touch.
Protective Interlocks: Safety interlock mechanisms make sure that in the event that the tube is not securely fastened, the furnace will not run, avoiding unintentional exposure to elevated temperatures.
