High Pressure Oil Heated Jacketed Lab Stirred Nuclear Micro Reactor

• Customization: Available
• After-sales Service: Lifetime Warranty
• Warranty: 1year
• Model NO.: SLSR-0027
• Type: Reaction Kettle
• Material: Stainless Steel
• Capacity: 501-1000L
• Structure: Single Tube
• Pressure: Positive
• Agitator Model: Anchor Agitator
• Tower Reactor Type: Packed Tower Reactor
• Heating: Electric Heating
• Heat Transfer Structure: Jacketed
• Automatic Grade: Automatic
• Condition: New
• Ideo Outgoing-Inspection: Provided
• Power(W): 400
• Automauc Grade: Automauc
• Voltage: 220V/380V
• Transport Package: Standard Packaging
• Specification: Accept customization
• Trademark: YI NUO
• Origin: China
• Production Capacity: 5000

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Aspect	Details
Product Name	High Pressure Oil Heated Jacketed Lab Stirred Nuclear Micro Reactor
Core Function	Designed for laboratory - scale nuclear - related micro - reaction studies. The high - pressure, oil - heated jacketed structure and stirring function enable precise control of reaction conditions (temperature, pressure, mixing), facilitating research on nuclear - related chemical/physical processes.
Heating Method	Oil - heated via the jacket. High - temperature oil circulates in the jacket to transfer heat to the reactor core, allowing for accurate and stable temperature regulation over a wide range (suitable for the specific thermal needs of nuclear - related reactions).
Pressure Capability	Built to withstand high pressure, with pressure ratings typically suitable for laboratory nuclear micro - reactions (e.g., can handle pressures up to [X] MPa, depending on design). Ensures safe operation under the high - pressure conditions often required in such research.
Stirring System	Equipped with a lab - scale stirring mechanism (e.g., magnetic stirrer or mechanical agitator). The stirrer ensures uniform mixing of reactants within the reactor, with adjustable speed to meet different reaction kinetics and mixing requirements for nuclear - related experiments.
Jacket Structure	Jacketed design with an inner reactor core and an outer jacket layer. The jacket is filled with high - temperature heating oil, which provides efficient and uniform heat transfer to the reactor contents, contributing to precise temperature control during nuclear micro - reactions.
Material Options	Constructed from specialized materials capable of withstanding nuclear - related environments. This may include high - strength, radiation - resistant alloys (e.g., certain stainless steel grades or nickel - based alloys) to ensure structural integrity and chemical stability under reactor conditions.
Temperature Control	Incorporates a precise temperature control system. It can set and maintain target temperatures (over a wide range, e.g., from ambient to [X] °C) with high accuracy (e.g., ±[X] °C), often featuring advanced digital controllers for easy operation and real - time monitoring.
Applications	Primarily used in laboratory nuclear research for: - Studying nuclear - related chemical reactions at the micro - scale. - Investigating physical processes (e.g., heat transfer, mass transport) under nuclear - reaction - like conditions. - Developing and testing new nuclear - related materials or reaction pathways in a controlled lab setting.
Safety Features	Includes multiple safety components: - Over - temperature and over - pressure protection systems that automatically shut down or relieve pressure/heat if unsafe conditions are detected. - Radiation shielding (if applicable, depending on the nature of nuclear reactions) to protect operators. - Leak detection for the reactor and jacket systems.
Customization	Can be customized in terms of: - Reactor volume (to fit different lab - scale research needs, e.g., from a few milliliters to several liters). - Stirring mechanism type (to adapt to different reactant viscosities and mixing requirements). - Jacket oil - heating parameters (for specific temperature - related reaction conditions).
Control and Monitoring	Comes with a comprehensive control and monitoring interface. This may include a digital panel or software - based system that allows researchers to set and adjust parameters such as temperature, pressure, and stirring speed. It also provides real - time data logging of reaction conditions for analysis.
Reactor Vessel Design	The reactor vessel is designed to meet the specific needs of nuclear micro - reactions. It may have features like special inlet/outlet ports for reactant introduction and product removal, as well as sampling ports for in - process analysis of reaction mixtures.
Compliance and Standards	Adheres to relevant laboratory safety and nuclear research standards (e.g., radiation safety standards, pressure vessel safety standards). Ensures that the reactor can be safely used in a laboratory environment for nuclear - related research.
Maintenance Considerations	Requires regular maintenance of components such as the stirring mechanism (lubrication, inspection for wear), the jacket heating system (oil quality checks, leak inspection), and the pressure/temperature control systems. Proper maintenance ensures long - term reliable operation for nuclear micro - reaction research.

Note: The placeholders like [X] need to be filled with actual values according to the specific design and performance of the reactor.

 

FAQ

Q1: Are you a factory or a trading company?

A1: we are the factorywe have the business capabilities of design,manufacturing, trade integration, and independent import and export.

 

Q2: Will there be any guarantee if I buy from you?

A2: We promise to provide a one-year warranty (from the date of delivery) for all products we currently sell.

 

Q3: Do you provide installation guidance or other after-sales service?

A3: Yes, of course. Installation drawings and installation manuals are provided. If you are still unable to assemble, we will arrange for our engineers to help you with voice or video contact.

 

Q4: What are the payment methods and terms you accept?

A4: The payment methods we accept include: T/T, L/C, D/P; after signing the contract, the customer needs to pay 30% of the deposit first, and the remaining 70% of the payment is completed in the delivery money.

 

Q5: What is your delivery time?

A5: We can arrange FOB, CIF shipping methods. Usually, the delivery time for one device is 45 to 50 days, depending on the shipping method.

 

Q6: How do you pack and ship the equipment?

A6: We offer sea, rail or combined transportation. At the same time, we also provide LCL (LCL), Full Container (FCL), Flat Rack (FR), Bulk and Express to ensure that the goods are safe and free from damage.