Fluidized Temperature Baths
Our fluidized temperature baths are engineered for a wide range of industrial applications that demand a stable and uniform thermal environment. These systems are used for thermal cleaning, heat treatment, medical device shape-setting and controlled reactor heating.
HEPA Air-Filtration
Our HEPA Air Filtration units are designed to capture smoke, particulates, fumes and VOCs released during thermal cleaning, extrusion and injection-moulding processes. These systems enhance air quality and ensure a safe, clean and compliant working environment.
Fluidized Bath
Shown here is a short video demonstrating the FTBSL6 fluidized bath in operation.
This model is widely used for:
- Shape-setting of medical Nitinol components
- Precision temperature calibration of sensors
- Heat treatment of metals and materials
- Reactor and process heating
Temperature stability: ±0.2°C
Heat-up time: from ambient to 600°C in approximately 70 minutes
Accuthermal Fluidized Temperature Baths
Fluidized bath technology has been used for more than fifty years across a wide range of industrial processes. The system consists of a tank or inner vessel with an air chamber at the bottom and a porous plate at the top. The tank is filled with aluminium oxide, and filtered, compressed air is introduced through the air chamber.
As the air flows upward, bubbles rise through the media, agitating the heated aluminium oxide and keeping it in constant motion. This airflow creates liquid-like behaviour within the medium, enabling exceptionally uniform and efficient heat transfer to any immersed component.
Key performance benefits include:
- Highly stable and uniform temperature profiles
- Fast heat-up and response times
- No hotspots or uneven heating
- A fully controlled and repeatable process environment
- Inert, safe and non-abrasive
The aluminium oxide supplied by Accurate Thermal Systems is non-corrosive, inert and safe to use. With a particle size of 120 grit, it does not adhere to components, and any organic material is thermally decomposed during processing. A fluidized bath is not a grit-blasting or media-blasting system; the aluminium oxide does not cause wear or abrasion on parts.
Key features
- Proven and reliable technology
- Fully automatic air-flow and fluidization control
- Advanced PID temperature regulation
- Independent over-temperature protection
- Fast delivery at a competitive price
Operational Safety
- Innovative lid design that minimizes heat loss
- High-performance insulation for safe and stable operation
- Seamless stainless-steel lid and tank for maximum durability
- Engineered for long-term industrial use
Compatibility and Software
- RS485 interface with Windows software for remote operation and scheduling
- Advanced TVS software for temperature validation
- 35+ years of combined application and customer support experience