A Laboratory reactor is designed for the optimization and reproduction of various chemical reactions, dispersal, mixing, and homogenizing processes. Applications of laboratory reactors include mixing and drying powders, developing lotions and creams, fuel research, and fiber processing in liquids and polymers. Key considerations for laboratory reactors are primarily dependent on the types of reactions taking place (polymerization, hydrocracking, etc). Other considerations include flow rate, temperature range, volume, and pressure range.
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Parr Instrument Company
- Continuous flow Tubular (Pipe, Packed-bed, Trickle-bed, Bubble-column, Ebulating-bed)
- Carboylation, Dehydrogenation, Hydrogenation, Hydrocracking, Hydroformulation, Oxidative decomposition, Partial oxidation, Polymerization, Reforming
- up to 550C
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- Custom Reactor Systems
- Hydrogenation, Isomerization, and Metathesis
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- Continuous Flow Tubular
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- up to 550 °C
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- Fluidized Bed
- up to 600 °C
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- Gas-to-Oil Tubular
- Reforming, methanation
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- Horizontal Reactors
- Hydrogenation, Isomerization, and Metathesis
- up to 350C
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- Custom Reactor Systems
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- Custom
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- Rotating Cage
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- up to 200 °C
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- Bench Top
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- up to 350C
Parr Instrument Company
- Mini Reactors
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- up to 500C
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- Cart or Floor Stand or Bench Top
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- 500C
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- Reactor System
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- 225C (max temp with FKM O-ring), 275C (max temp with FFKM O-ring), 300C (max temp with PTFE Flat Gasket)
Parr Instrument Company
- Stirred Reactor
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- up to 200 °C
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