Parr 4561 Mini Reactor System 300 mL 350°C 3000 PSI Used Laboratory Reactor

Manufacturer Information
Manufacturer: Parr Instrument Company
Model: 4561 Mini Bench Top Reactor
Controller Model: 4848 Reactor Controller
Heater/Cooler Assembly: A2590HC11EB HTR/Cool Alum Block
Serial Number: 4560-2304-156654
Year: 2023
Parr Instrument Company is well known for manufacturing high-pressure laboratory reactors, pressure vessels, calorimeters, and related process development equipment used in chemical, pharmaceutical, petrochemical, research, and pilot plant applications.
Description
Used Parr Model 4561 Mini Bench Top Reactor system with approximate 300 mL vessel volume. This compact high-pressure reactor is designed for laboratory-scale process development, chemical synthesis, catalyst testing, hydrogenation, and other pressure reaction applications. Unit includes a 2.5 inch I.D. x 4 inch deep cylinder rated for 3000 psi at 350 degrees C, Model A2590HC11EB heater/cooler aluminum block, and Parr Model 4848 reactor controller. Manufactured in 2023, this reactor package is suited for demanding bench-scale research and development environments requiring accurate control of temperature and pressure.
Specifications

Manufacturer: Parr Instrument Company

Model: 4561

Type: Mini Bench Top Reactor

Approximate Volume: 300 mL

Cylinder Size: 2.5 in. I.D. x 4 in. deep

Maximum Pressure Rating: 3000 psi

Maximum Temperature Rating: 350°C

Heater/Cooler Model: A2590HC11EB HTR/Cool Alum Block

Controller Model: 4848 Reactor Controller

Serial Number: 4560-2304-156654

Year: 2023

Condition: Used

Applications

Chemical reaction testing under pressure
Hydrogenation studies
Polymer research
Catalyst screening and evaluation
Process development
Pharmaceutical reaction studies
Petrochemical laboratory testing
Bench-scale synthesis
Temperature and pressure controlled reactions
Research and development experiments

What Products Would This Be Used For

Specialty chemicals
Pharmaceutical intermediates
Fine chemicals
Catalyst formulations
Petrochemical samples
Resins and polymers
Hydrogenated compounds
Laboratory synthesis batches
Process development samples
Reaction feasibility studies