Laboao 200L Industrial Stainless Steel Double Layer Chemical Reactor
Product Description
LABOAO's 200L large industrial chemical stainless steel double-layer reactor boasts a robust structure crafted from corrosion-resistant S304 or S316L stainless steel, ensuring durability and reliability even under high temperature and pressure conditions. With a double-layer design, it facilitates efficient stirring reactions, while the interlayer allows for precise temperature control through various heating and cooling sources. Ideal for industrial-scale chemical production, pharmaceuticals, and high-pressure reactions, it offers versatility and ease of maintenance, making it a valuable asset in modern fine chemical plants and biopharmaceutical facilities.
| Model |
LSR-200L |
| Kettle volume |
200L |
| Mezzanine volume |
45L |
| Voltage/frequency |
220V/50 Hz |
| Reaction temperature |
-120~260ºC |
| Pressure |
-0.1~0.3Mpa |
| Stirring speed |
0-460rpm |
| Power |
400W |
| Sealed form |
Stainless steel graphite combination mechanical seal |
| Number of cauldron lid openings |
Eight ports (optional) |
| Material |
SUS316L/SUS304 |
| Sight glass |
Φ159 |
| Feeding port |
Φ159 |
Our Advantages
1. Advanced Speed Regulation: The reactor boasts cutting-edge frequency conversion speed regulation technology, powered by an AC induction motor. This ensures a consistent speed without the need for brushes or sparks, offering unparalleled safety and stability for continuous operation.
2. Premium Stainless Steel Construction: Crafted from high-grade SUS316L/SUS304 stainless steel, the entire instrument set guarantees exceptional chemical and physical properties. This robust construction ensures longevity and reliability under various operating conditions, making it an ideal choice for demanding applications.
3. Versatile Heating Options: With a mezzanine interface, the reactor provides versatile heating capabilities. It enables heating reactions through hot oil circulation and facilitates low-temperature reactions using a refrigerant liquid connection. This flexibility in temperature control allows for a wide range of reaction conditions to be achieved.
4. Efficient Heat Dissipation: Notably, the reactor is capable of conducting reactions at room temperature. Furthermore, it efficiently dissipates reaction heat by utilizing tap water, ensuring swift heat removal and maintaining optimal reaction parameters. This feature enhances operational efficiency and productivity.
5. Enhanced Discharge System: Equipped with a stainless steel ball valve at the lower discharge port, the reactor eliminates dead space within the container. This design ensures seamless discharge of solid materials and facilitates smooth operation, enhancing overall process efficiency and ease of use
Question: What are the key features of this reactor that differentiate it from others in the market?
Response: Our reactor stands out due to its advanced frequency conversion speed regulation, premium stainless steel construction, versatile heating options, efficient heat dissipation, and enhanced discharge system. These features ensure unparalleled safety, stability, and flexibility in operation, making it a superior choice for various applications.
Question: Can you provide more details about the materials used in the construction of this reactor?
Response: Certainly! The reactor is meticulously crafted from high-grade SUS316L/SUS304 stainless steel, renowned for its exceptional chemical and physical properties. This ensures durability, resistance to corrosion, and reliability under diverse operating conditions, meeting the stringent requirements of industrial applications.
Question: How does the heating system of this reactor work, and what temperature ranges can it accommodate?
Response: Our reactor features a mezzanine interface for versatile heating capabilities. It allows for heating reactions through hot oil circulation and facilitates low-temperature reactions using a refrigerant liquid connection. This system enables temperature control ranging from room temperature to elevated levels, ensuring precise and efficient thermal management.
Question: What measures are in place to ensure the safety and stability of the reactor during operation?
Response: Safety and stability are paramount in our reactor design. It incorporates advanced frequency conversion speed regulation technology, an AC induction motor, and a robust stainless steel framework with lockable casters for mobility and stability. Additionally, the reactor features a reliable discharge system and efficient heat dissipation mechanisms to enhance operational safety and stability.
Question: Can you elaborate on the reactor's discharge system and its efficiency in handling solid materials?
Response: Certainly! Our reactor is equipped with a stainless steel ball valve at the lower discharge port, ensuring smooth and efficient discharge of solid materials. This design eliminates dead space within the container, facilitating seamless material discharge and enhancing overall process efficiency. Additionally, the reactor's construction allows for easy cleaning and maintenance, further optimizing its performance.
Contact Us
Laboao 200L Industrial Stainless Steel Double Layer Chemical Reactor
Laboao 200L Industrial Stainless Steel Double Layer Chemical Reactor
Laboao 200L Industrial Stainless Steel Double Layer Chemical Reactor
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