Description
The Across International R10ex Explosion-Proof Jacketed Glass Reactor is engineered for chemical reactions that require precise temperature control, vacuum operation, and safe operation in hazardous environments. Designed with explosion-proof electrical components, the R10ex reactor system allows safe use with flammable solvents such as ethanol, hexane, acetone, and methanol.
This reactor system includes an explosion-proof motor, controller, and power management system built in the United States and PSI peer reviewed for use in C1D1 environments. The jacketed borosilicate glass vessel enables precise temperature control through recirculating heating or cooling fluids, while the integrated condenser allows efficient vapor condensation and solvent recovery.
With adjustable stirring speeds, PTFE-sealed components, and a heavy-duty stainless steel support structure, the R10ex is ideal for laboratory synthesis, solvent recovery, pharmaceutical research, and cannabis extraction processing.
What Does Explosion-Proof Mean?
Explosion-proof equipment is designed to prevent internal sparks or explosions from igniting flammable gases or vapors in the surrounding environment.
In explosion-proof equipment:
-
Electrical components are enclosed in specialized housings
-
Internal explosions are contained within the enclosure
-
Sparks or heat generated inside cannot ignite surrounding gases
Explosion-proof equipment does not mean the device can survive an external explosion. Instead, it prevents ignition sources inside the equipment from causing a larger explosion in hazardous environments.
Key Features
Explosion-Proof Electrical System
The R10ex reactor includes explosion-proof electrical components designed for hazardous environments.
Explosion-Proof Components
-
Explosion-proof motor (1/3 HP, 250W)
-
Explosion-proof controller and enclosure
-
Explosion-proof power connection and cable management
Manufactured in the USA.
C1D1 Environment Compatible
The system is PSI peer reviewed for use in Class 1 Division 1 environments, making it suitable for operations involving flammable solvents.
Approved solvents include:
-
Ethanol
-
Pentane
-
Hexane
-
Heptane
-
Isopropyl alcohol
-
Acetone
-
Methanol
High-Quality Borosilicate Glass Reactor
All glass components are manufactured from high borosilicate glass 3.3, providing:
-
High thermal resistance
-
Excellent chemical resistance
-
Durability in demanding laboratory environments
FREE Reactor Insulation Jacket
Each reactor includes a thermal insulation jacket with viewing window designed specifically for Ai jacketed reactors.
Benefits include:
-
Improved temperature stability
-
Extended chiller lifespan
-
Lower operating temperatures
-
Reduced energy consumption
Dual Jacket Reactor Design
Dual jacket models allow vacuum to be drawn from the outer jacket, which provides:
-
Improved temperature stability
-
Protection of recirculating fluid temperature
-
Reduced frost formation on the vessel exterior
-
Clear visibility of the reaction material
Adjustable Stirring System
The R10ex reactor features a PTFE-lined stainless steel agitator designed for consistent mixing across a wide range of viscosities.
Stirring system features:
-
Adjustable stirring speeds
-
High torque for viscous materials
-
Patented PTFE stirring rod bearing for quiet operation
-
Optional multi-layer stirring blades available
Efficient Condenser System
The integrated condenser provides efficient vapor cooling and solvent recovery.
-
Large cooling surface area
-
Dual cooling coil design
-
Vacuum connection for controlled pressure reactions
Heavy-Duty Reactor Support Frame
The reactor system is mounted on a stainless steel support frame with locking casters for mobility and stability.
The frame and glass vessel ship pre-assembled for easier installation.
Reactor Specifications
Main Vessel Capacity
-
10 liters (2.6 gallons)
Jacket Capacity
-
3 liters (0.8 gallons)
Glass Material
-
High borosilicate glass 3.3
Agitator Material
-
304 stainless steel with PTFE coating
Sealing Gaskets
-
PTFE
Temperature & Vacuum Performance
Glass Vessel Temperature Range
-
-80°C to +200°C
-
-112°F to +400°F
Ultimate Vacuum Level
-
20 Torr
Vacuum Display
-
Mechanical vacuum gauge
Maximum Jacket Pressure
-
4.4 PSI (0.03 MPa)
Electrical Requirements
Voltage
-
220V
Frequency
-
50 / 60 Hz
Phase
-
Single phase
Explosion-Proof Motor
-
1/3 HP (250 watts)
Physical Dimensions
Unit Dimensions
-
18 × 26 × 78 inches
Drain Port Ground Clearance
-
13 inches
Shipping Dimensions
-
26 × 67 × 26 inches
Shipping Weight
-
240 lbs
Certifications
-
PSI peer reviewed for C1D1 environment use
-
ETL listed to UL and CSA standards (optional)
-
CE certification available
Ideal Applications
Explosion-proof reactors are commonly used for:
-
Cannabis extraction processing
-
Chemical synthesis
-
Pharmaceutical development
-
Solvent recovery systems
-
Petrochemical research
-
Flammable solvent processing
-
Hazardous laboratory environments
What's Included
-
Jacketed glass reactor vessel with lid and clamps
-
Heavy-duty stainless steel stand with casters
-
Glass insulation jacket with viewing window
-
Vertical condenser with dual cooling coils
-
Glass condenser dispenser with PTFE valve
-
Bottom drain port with PTFE valve
-
Glass vacuum valve
-
Glass material feeding funnel with PTFE valve
-
Explosion-proof controller
-
Explosion-proof stirring motor and support
-
Explosion-proof temperature probe
-
Mechanical vacuum gauge
-
PTFE stirring blades with PTFE-lined stainless rod
-
Insulated hoses with valves
-
Stainless steel hose barb adapters
-
PTFE sealing tape
-
Stirring rod bearing kit
-
Condenser connection kit
-
Large opening feeding port kit
-
Drain port sealing flange
-
Condenser support brackets
-
Chilling fluid connectors and vacuum connector
-
Allen keys and hardware set
-
Hose clamps and zip clamps
-
Motor guard cup
-
Motor shaft universal joint
-
Frame parts (for R10 & R20)
-
Explosion-proof installation guide
-
User manual
Warranty
-
1 Year Manufacturer Warranty
-
Lifetime US-based parts, service, and technical support
Safety Notice
Users must follow proper laboratory safety procedures when operating glass reaction equipment. Avoid contact with rotating parts and ensure loose clothing, hair, or jewelry cannot become entangled in moving components.