Detailed Description
Key Features of Small Jacketed Glass Reactor
3L material capacity combined with a 2L mezzanine jacket for excellent thermal control
Five customizable ports to support multi-function setups and additional sensors
Fluorine-coated stainless steel stirring paddle for high chemical resistance
Speed-adjustable stirring system (0–1350 rpm) with smooth gimbal shaft connection
Wide temperature range (-120°C to +300°C) suitable for heating and cooling tasks
Optional explosion-proof motor and control box for enhanced lab safety
PT100 temperature probe for real-time, accurate thermal monitoring
Small jacketed glass reactor design ensures stability and clear observation during experiments
Technical Specifications
Material Capacity: 3 L
Mezzanine Capacity: 2 L
Number of Ports: 5 (Customizable)
Constant Pressure Funnel: 500 ml
Stirring Paddle: Stainless Steel with Fluorine Coating
Coverage Diameter: 200 mm
Inner Cylinder Diameter: 170 mm
Outer Cylinder Diameter: 200 mm
Vessel Height: 395 mm
Rotational Speed: 0–1350 rpm
Stirring Shaft Diameter: 8 mm
Stirring Connection: Gimbal Connection
Voltage / Frequency: 220V / 50Hz
Temperature Range: -120°C to +300°C
Temperature Probe: PT100
Explosion-proof Control Box: Optional
Insulated Clothing: Optional
Explosion-proof Motor: Optional
Compatible Equipment Suggestions
Recirculating Chiller – Helps control jacket temperature in the small jacketed glass reactor for exothermic reactions.
Vacuum Pump – Useful for vacuum conditions during solvent recovery or low-pressure reactions.
Temperature Controller – Maintains stable temperatures in the reactor during extended runs.
Condenser Setup – Essential for reflux operations, especially when using the small jacketed glass reactor for organic synthesis.
Magnetic Stirrer Support – Enhances mixing uniformity in parallel or continuous experiments.
Why Choose This Small Jacketed Glass Reactor
Our small jacketed glass reactor is purpose-built for researchers who demand reliability, visibility, and thermal stability in small-scale chemical or pharmaceutical testing. The jacketed design ensures efficient thermal exchange, while its modular construction supports upgrades such as explosion-proof motors. This 3L small jacketed glass reactor is perfect for labs requiring precision in high or low-temperature operations.
Watch Product Demonstrations
Explore real-world performance and applications in our product demo videos. Visit our video library for more insights and demonstrations.
Explore More Cooling Solutions
Explore more models in our double glass reactor category to find your ideal small jacketed glass reactor for diverse laboratory workflows.
Shipping Information
We provide worldwide shipping for all laboratory equipment. Every order is carefully packaged to ensure safe delivery. If the item is in stock, it will be shipped within 3–7 business days after payment confirmation. For out-of-stock items, we will inform you of the estimated shipping time based on the specific product.
Shipping Methods: DHL, FedEx, UPS, or sea freight (depending on order size and destination)
Estimated Delivery Time:
Asia: 5–10 business days
Europe & North America: 7–12 business days
South America & Africa: 10–15 business days
Sea freight: subject to actual transit time
Tracking: A tracking number will be provided via email once the shipment has been dispatched.
Customs & Duties: Buyers are responsible for any import taxes or customs duties required by their country or region.
For bulk orders, custom packaging, or special shipping arrangements, please contact our team for personalized assistance at lab@equilrxnlab.com.
Product specifications
| Model | AKF-1L | AKF-2L | AKF-3L | AKF-5L |
|---|---|---|---|---|
| Material Capacity (L) | 1L | 2L | 3L | 5L |
| Mezzanine Capacity (L) | 1 | 1.5 | 2 | 2 |
| Number of Ports | 5 (Customizable) | |||
| Constant Pressure Funnel | 250ML | 500ML | ||
| Stirring Paddle | Stainless Steel Covered with Fluorine Material | |||
| Coverage Diameter (mm) | 150 | 190 | 200 | |
| Inner Cylinder Diameter (mm) | 100 | 150 | 170 | |
| Outer Cylinder Diameter (mm) | 150 | 170 | 200 | 230 |
| Vessel Height (mm) | 320 | 370 | 395 | 430 |
| Rotational Speed (rpm) | 0-1350 | |||
| Stirring Shaft Diameter (mm) | 8 | |||
| Stirring Connection | Gimbal Connection | |||
| Voltage Frequency | 220V/50Hz | |||
| Temperature Range | Low -120°C to High 300°C | |||
| Temperature Probes | PT100 Sensor Probe | |||
| Explosion-proof Control Box | Optional | |||
| Insulated Clothing | Optional | |||
| Explosion-proof Motor | Optional | |||
introduce
Application Scenarios
Organic Synthesis in Research Laboratories
The small jacketed glass reactor is widely used for multi-step organic synthesis reactions where precise thermal control is required. Its 3L capacity is ideal for small-batch experiments involving solvents, catalysts, and temperature-sensitive compounds.Pharmaceutical Process Development
In pharmaceutical R&D, the small jacketed glass reactor is used for reaction screening, formulation development, and small-scale API production. The double-layer jacket ensures consistent thermal exchange to maintain critical reaction conditions.Educational and University Laboratories
For teaching demonstrations and student experiments, the small jacketed glass reactor provides hands-on experience in reaction monitoring, temperature modulation, and vacuum distillation in a safe and visible setup.Chemical Process Optimization in Pilot Labs
This reactor is suitable for optimizing chemical reaction parameters before scale-up. Its adjustable stirring and -120°C to +300°C temperature range make it versatile for kinetic and thermodynamic studies.Material Science and Polymerization Studies
Researchers use the small jacketed glass reactor to carry out controlled polymerization, crystallization, or nanomaterial synthesis. The transparent body and fluorine-coated stirring paddle allow real-time observation and chemical resistance.Plant Extraction and Reflux Operations
Ideal for small-scale plant extract concentration and essential oil recovery, the reactor can be integrated with condensers and vacuum pumps, making it efficient for low-boiling compound operations.Battery and Electrochemical Experiments
The reactor supports sealed environment reactions necessary for lithium battery slurry preparation, electrode material synthesis, or electrolyte testing under varying temperature and stirring conditions.
peculiarity
thickened glass reactor body
Inject Constant Temperature Circulating Liquid into the Central Layer Regulates the Temperature Inside the Reactor Open Design
Stirring System
Custom Variable Frequency Motor, LCD Display Stable, Can Operate Continuously Low Noise Speed Controller, Safe
Discharge valve
Discharge valve with a glass and PTFE combination Corrosion-resistant and non-contaminating No residue accumulation, flow rate adjustable
Corrosion-resistant sealing system
-0.098MPA：Uses PTFE and mechanical double-layer sealing, vacuum achievable to -0.098 MPa Non-contaminating
Multiple stirring paddles available for your selection
According to the different properties and viscosities of materials, a variety of stirring paddles are available for your selection. The standard configuration includes ABCD types of stirring rods, with the A-type paddle recommended for the bottle neck, and custom-made EF and G types of stirring rods are available as well
