AKSF-20L Lifting and Rotating Double Layer Glass Reactor
Achieve Superior Performance with the Lifting and Rotating Double Layer Glass Reactor
The AKSF-20L Lifting and Rotating Double Layer Glass Reactor is engineered for maximum precision in chemical processes. Whether you’re conducting low-temperature experiments at -80°C or high-temperature reactions up to 280°C, this reactor is built to provide accurate and reliable results. The double-layer glass construction ensures uniform temperature distribution and exceptional heat transfer, crucial for applications like chemical synthesis, distillation, and solvent recovery.
One of the standout features of the Lifting and Rotating Double Layer Glass Reactor is its dual functionality — the ability to both lift and rotate. This makes it highly versatile, enabling optimal movement for experiments that require precise control over temperature and mixing. The Lifting and Rotating Double Layer Glass Reactor is perfect for high-performance laboratories and industrial applications where flexibility and precision are key.
Key Product Specifications
- Volume: 20L
- Jacket Volume: 6L
- Material: GG-17 Borosilicate Glass
- Temperature Range: -80°C to 280°C
- Body Angle: 120°
- Vacuum: 0.098 MPa
- Stirring Shaft Connection: Universal Joint
- Stirring Power: 90W
- Speed Control: Digital Frequency Control
- Number of Ports: 6 (customizable)
- Stirring Shaft Material: Stainless Steel Coated with Four Fluorine Materials
- Speed Range: 0-450 RPM
- Temperature Resistance: -120°C to 300°C
Unmatched Versatility and Durability of the Lifting and Rotating Double Layer Glass Reactor
The AKSF-20L Lifting and Rotating Double Layer Glass Reactor is constructed with high-quality GG-17 borosilicate glass, offering excellent chemical resistance and durability, even under extreme temperatures. With temperature resistance ranging from -120°C to 300°C, this reactor is perfect for a wide variety of chemical processes, including those that require rapid temperature changes or constant monitoring.
This Lifting and Rotating Double Layer Glass Reactor also includes six customizable ports, which provide you with the flexibility to configure the reactor for various applications. The universal joint stirring system ensures smooth and consistent mixing, while the adjustable speed control (0-450 RPM) allows you to fine-tune the stirring speed for optimal reaction conditions. Whether you’re conducting basic mixing or complex synthesis, the Lifting and Rotating Double Layer Glass Reactor delivers the performance you need.
Key Features:
- Enhanced Functionality: The Lifting and Rotating Double Layer Glass Reactor offers lifting and rotating capabilities for maximum flexibility.
- Superior Temperature Control: With a range from -80°C to 280°C, this reactor excels in both low and high-temperature applications.
- Customizable Ports: The reactor includes six ports that can be tailored to your specific experimental needs.
- Durable and Reliable: Made with GG-17 borosilicate glass, ensuring long-lasting performance and resistance to chemical corrosion.
Product specifications
| Model | AKSF-10L | AKSF-20L | AKSF-30L | AKSF-50L |
|---|---|---|---|---|
| Volume (L) | 10L | 20L | 30L | 50L |
| Jacket Volume (L) | 3L | 6L | 10L | 16L |
| Body Material | Borosilicate Glass GG-17 | |||
| Temperature Range | -80°C ~ 280°C | |||
| Body Angle | 120° | |||
| Vacuum Degree | 0.098 MPA | |||
| Mixing Shaft Connection | Universal Joint | |||
| Mixing Power | 90W | 90W | 120W | 120W |
| Speed Adjustment Mode | Digital Frequency Control | |||
| Number of Joints | 6 Ports (Customizable) | |||
| Stirring Shaft Material | Stainless Steel Coated with Four Fluorine Materials | |||
| Rotation Speed (RPM) | 0-450 RPM | |||
| Temperature Resistance | Low Temp: -120°C to High Temp: 300°C | |||
| Speed Control | Frequency Control | |||
| Voltage/Frequency | 220V/50Hz | |||
| Anti-Explosion | Optional | |||
| Automatic Control | Optional | |||
| Insulation Layer | Optional | |||
introduce
Product features:
– The glass is made of high borosilicate glass (expansion coefficient 3.3) and can be used within a temperature range from high (250°C) to low (-80°C). It has excellent resistance to high temperatures, acids, alkalis, and corrosion.
– The reactor body is made of triple-layer glass, forming an inner and outer jacket. The inner jacket allows the circulation of hot or cold liquid, while the outer jacket is vacuum-sealed to maintain the temperature of the materials inside the reactor.
– The main support frame is constructed from corrosion-resistant, powder-coated square steel, aluminum alloy, and stainless steel, making it corrosion-resistant, oxidation-resistant, stable, aesthetically pleasing, and durable.
– The reactor lid is made of PTFE (polytetrafluoroethylene), which offers good sealing, corrosion resistance, and acid/alkali resistance.
– Both the reactor lid and components above the lid can be electrically lifted, and the reactor body can be manually rotated 150° to the left for easy cleaning and manual operation.
– The glass + PTFE discharge valve allows side discharge without liquid residue, making the recovery of solutions quick and efficient.
– After connecting the inlet and outlet ports of the jacket with stainless steel hoses, these can be fixed to the support frame and connected to external circulation pipes, reducing the pressure on the inlet and outlet ports and preventing damage to the glass jacket’s connection points.
– The low-speed torque motor, with variable frequency speed regulation, allows for fine-tuning via a rotary knob. The dual-display speed control box digitally displays the speed and the internal material temperature, offering stable performance and clear operational data for easy control.
– The stirring system uses ceramic bearings and mechanical seals, preventing wear debris from the stirring rod, and is resistant to high temperatures, wear, and provides good sealing.
– A PT100 temperature sensor, made of 304 stainless steel and encased in a transparent PTFE tube, provides double corrosion resistance.
– The vacuum pressure gauge provides real-time vacuum display with a pointer indicator.
– The crescent-type stirrer paddle is made from 304 stainless steel + PTFE, and the stirring rod is also made of 304 stainless steel encased in PTFE, offering high strength and strong corrosion resistance.
– The machine is equipped with Fuma caster wheels with brakes, allowing for easy movement and convenient operation.
– The stirrer and lift system are protected by a fuse, offering high safety performance.
peculiarity
The reactor lid is made of PTFE material.
The main bracket is made of square steel anti-corrosion spraying + aluminum alloy + stainless steel
The lid and the part above the lid can be lifted electrically
The discharge valve is made of glass and PTFE, designed for side discharge with no liquid retention.
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
Scope of Application
Biopharmaceuticals
Scientific Research Experiments
Food Processing
industrial factory
Why choose us?
Factory direct sales
“Factory direct sales ensure affordability, reliability, and direct access to high-quality products.”
Reliable quality
“Reliable quality ensures trust, satisfaction, durability, and consistent performance.”
Worry free after sale
“Worry-free after-sale service ensures peace of mind and satisfaction.”
Customized service
“Customized services provide personalized solutions and tailored experiences.”
Actual Product Results at Client Locations
Explore real-world examples of our product in action at client locations, showcasing its effectiveness and performance across various applications.
