Compact, In-line, Magnetically Coupled Drive for High-Pressure Reactors
This Magnetically Coupled Drive is designed for high-performance mixing in laboratory reactors, providing robust and reliable operation under extreme conditions, with advanced features for high-pressure, high-temperature environments.
Key Features:
- Versatile Mixing Capacity: Suitable for vessel sizes ranging from 100 mL to 4000 mL, allowing flexibility in mixing a variety of sample sizes.
- High Pressure & Temperature: Supports operating pressures of up to 6,000 psi @ 850°F (414 bar @ 454°C) or 5,000 psi @ 950°F (344 bar @ 510°C), making it ideal for high-pressure chemical synthesis and demanding research applications.
- Compact Design: The system features a compact design that delivers up to 7 in-lb (791 N-mm) of static torque, ensuring effective mixing while maintaining space efficiency in laboratory setups.
- Durable Bearings: Available with carbon graphite (Purebon®) and fluoropolymer with carbon fiber (FPCF) bearings, offering enhanced durability, chemical resistance, and reliability in aggressive environments.
- Liquid Cooled: Incorporates liquid cooling to protect magnets and bearings from over-temperature conditions, ensuring long-term performance and safety.
- Adjustable Speed: Offers manual or electronic speed adjustment, with motor sizes up to 1/2 HP for precise control over mixing speed.
- Wide Range of Impellers: Compatible with various impellers (sold separately) for customized mixing solutions based on the application.
Applications:
- Chemical Synthesis: Ideal for reactions requiring high-pressure conditions, ensuring consistent mixing throughout the process.
- Materials Science: Useful in experiments involving high-temperature reactions or high-viscosity materials.
- Pharmaceutical and Petrochemical Industries: For processes that demand secure and efficient mixing under challenging laboratory conditions.