Elegant Hi-pressure Fluidized Tubular Reactor Up To 1000oc And 20 Mpa - Otf-1200x-ns-fb + Gift Included [OZioECJ8]

Hi-Pressure Fluidized Tubular Reactor: Ultimate Performance at Extreme Conditions

Introducing the OTF-1200X-NS-FB, a state-of-the-art Hi-Pressure Fluidized Tubular Reactor designed to meet the most demanding industrial needs. This robust reactor is engineered for high-temperature and high-pressure environments, offering unparalleled performance in chemical processing and research applications. With a maximum working temperature of 1000°C and optional pressure up to 25 MPa, the OTF-1200X-NS-FB is the ideal choice for processes requiring extreme thermal and pressure conditions. Its advanced design and features make it a versatile tool for a wide range of applications.

Superior Specifications and Technical Details

The OTF-1200X-NS-FB boasts a three-heating zone tubular reactor with a total length of 1200 mm, ensuring efficient and uniform heat distribution. Each heating zone features independent temperature control, allowing for precise process optimization. The reactor is powered by a 9.0 kW (50A air breaker required) and operates at a maximum heating rate of 20°C/minute. The heating furnace is constructed with fibrous alumina for thermal insulation and a double-layer steel structure with air cooling for optimal performance. Additionally, the vertical split door design facilitates easy installation and maintenance of the processing tube.

Practical Applications and Target Audience

Whether you are a researcher in the chemical industry or a professional in process engineering, the OTF-1200X-NS-FB is a valuable asset for your lab. Its high-temperature and high-pressure capabilities make it ideal for a wide range of applications, including catalytic reactions, polymerization, and material synthesis. With its user-friendly design and precise temperature control, this reactor is suitable for both routine operations and complex experiments. By choosing the OTF-1200X-NS-FB, you can enhance your lab's productivity and ensure reliable results in your research and industrial processes.